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ET Solar announces availability of new optimized module

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ET Solar recently announced at the 2015 Solar Power International (SPI) exhibition the certification and commercial availability of the new ET Cell Optimizer Module (COM). The ET COM modules incorporate next generation power management integrated circuits (ICs) developed by Maxim Integrated Products, Inc. (Maxim), a leading manufacturer of mixed-signal and analog semiconductors.

unnamedThe ET COM modules replace the diode function with active performance management bringing optimization to each cell string within the fabric of the module. By providing shade tolerance at the cell level, the ET COM modules will produce more energy – even when compared to modules equipped with the leading DC optimizers or micro-inverters.

Maxim’s technology is fully contained within the module and is not dependent on an external communications network or a specialized inverter to operate. The ET COM modules are compatible with all leading inverters, monitoring equipment, and mounting solutions; with an installation process identical to conventional PV modules.

As one of the first global module suppliers to manufacture this new generation of PV modules, ET Solar is again demonstrating the technology leadership for which the company is known. ET Solar collaborated with Maxim to design, certify, and thoroughly test the new technology breakthrough.

“We are pleased to have developed the ET COM module with Maxim, to bring yet another leap in performance to our customers,” said Patrick Guo, Executive Vice President of ET Solar. “We do this at a price point that will enable even the largest solar projects to enjoy the benefits of performance optimization.”

“One of the solar industry’s biggest challenges is lowering the cost of energy, so working with ET Solar to deploy a module to help solve this challenge is very exciting and rewarding,” said Seth Kahn, Executive Director, Solar Products, Maxim Integrated. “The ET COM module will help make more solar projects viable by improving their overall ROI.”

ET Solar will be exhibiting from September 15-17, 2015 at the SPI conference held at the Anaheim Convention Center. The Company will be showcasing the ET COM module along with the rest of the ET Solar product line at booth #2937.

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UGE onDEMAND to provide cost-savings, backup power to businesses

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UGE International, a global leader in distributed renewable energy, today launched UGE onDEMAND, a full energy storage solution for businesses. UGE onDEMAND combines Samsung’s lithium-ion battery technology and Princeton Power Systems’ energy management technology, with UGE’s project financing and system design expertise, for a complete energy storage solution. UGE onDEMAND will help commercial customers reduce their electricity bills through peak demand management, while increasing resilience during grid outages and the potential for penetration of distributed solar.

“At UGE we are constantly striving to provide businesses with more affordable, reliable, and sustainable energy through the use of best-in-class renewable energy solutions,” said Nick Blitterswyk, CEO of UGE. “Through technology advancements and decreasing battery costs, we are now able to leverage energy storage to provide immediate benefits to businesses. Our ability to offer project financing, along with the attractive underlying economics of our solution, ensures savings from day one.”

UGE onDEMAND uses modular 31kWh Samsung lithium-ion battery system with 100kW and 250kW inverter options. The batteries have efficiency greater than 95%, with an extended life cycle of more than 3,000 cycles. The inverter is typically connected to the grid, but contains built-in functionality to automatically disconnect during extreme weather, blackouts, or other circumstances that take down the main power grid. The solution can span project capacities from 100kWh to several MWh.

Demand charges comprise nearly one-third of energy costs for commercial clients. UGE onDEMAND lowers peak demand charges from the utility, while also providing load shifting, thereby offsetting client’s most expensive electricity rates with energy from cheaper times of the day. In markets where net metering is either capped or not permitted, UGE onDEMAND allows clients to maximize their usage of solar, which often represents the most cost effective source of energy available.

“Utility prices are rising, and climate change is increasing the likelihood of extreme weather events. Our solution increases resiliency by turning an intermittent power supply into one with consistent output. ” said Timothy Woodcock, Assistant Director of Business Development at UGE. “We will help our clients keep their businesses running, no matter what.”

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Three companies to see at SPI’s Start-Up Alley

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Start-Up Alley, presented by Solar Power International and Clean Energy Trust, features companies with cutting-edge technologies and innovative business plans. Solar Power World asked the leaders of three companies a few questions—the answers are below.

Innovated learning
Doug Donovan, CEO, Interplay Learning

What does your company do?
Interplay Learning is the leader in creating simulations to help people start or advance their career in the technical or building trades. Our specialty is interactive, life-like simulations, which allow a learner to accelerate practical understanding and application. In solar we’re creating an online platform that merges our simulated content with video training and assessment.

How will this improve the solar industry?
We found solar professionals are actively looking for ways to advance their careers and skills, while new hires must be adequately trained to ensure they stay in the industry and perform their jobs well. Unfortunately training options for both new and existing solar professionals are expensive and take workers away from on-the-job training. Our Online Solar Training Platform allows all workers in the solar industry a place to learn, practice and prepare to excel in their solar careers.

Where did the business idea come from?
As we began discussions with directors of training in the solar industry, the pain-point became clear. The solar market is gravely lacking in its training needs in to keep up with the demand. We’ve generated catalogs of solar-focused training content and packaged it in a platform that gives installers, site survey experts and salespeople a portal to learn solar basics, as well as to advance their solar knowledge.

Easy data access
Elena Lucas, co-founder and CEO, UtilityAPI

What does your company do?
UtilityAPI is the data infrastructure for the new energy economy. For new energy technologies like solar, we’re automating the process of getting data out of utilities so energy consultants can complete proposals faster, reduce friction in financing and engage with customers after an installation.

How will this improve the solar industry?
Our service reduces the soft costs of solar, from customer acquisition to customer management. The data we pull enables solar consultants to make more informed decisions about their customer.

Where did the business idea come from?
We saw the data challenge from the utility side and the solar industry’s side. Answering data requests is expensive for the utility, and solar companies need data quickly to increase the velocity of their sales funnel. For commercial buildings, it can take up to four months to get data from a utility—that certainly increases the sales process. We cut those four months out of the sales cycle.

Connecting investors with opportunity
Jonathan Burt, CEO, X3Exchange

What does your company do?
X3Exchange.com is a specialized brokerage firm providing marketing and solar asset transaction services leveraging our proprietary open-source platform.

How will this improve the solar industry?
By offering a user-based platform with sophisticated back-office brokerage services anyone can participate in marketing solar assets and solar-viable real estate. We connect investors and developers with real project opportunities.

Where did the business idea come from?
Having been active in the renewable asset brokerage field for the last 15 years, I noticed a real lack of transparency in the solar development and investment sector here in the U.S. The X3E platform provides a clearing house of development opportunities and a platform for owners to market operational solar systems.

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Solar pros celebrate achievements at 2015 Top Solar Contractors Gala

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gala-pictureThree-hundred-fifty solar professionals, representing more than 110 solar installation and development companies, celebrated Monday, September 14, 2015, at the Top 500 Solar Contractors Gala.  The annual event recognizes solar contractors listed on the Solar Power World Top 500 Solar Contractors list for their contribution and dedication to the solar industry.

Held at the Hilton Anaheim, the Gala included networking, dinner and awards. The president and CEO of the Solar Energy Industries Association (SEIA), Rhone Resch, opened the night with stirring remarks on the necessity of the ITC extension and the achievements of attendees.

Solar Power World editors Kathie Zipp and Kelly Pickerel presented contractors at the top of various categories in the Top 500 issue with crystal awards onstage. Awards included:

  • Top Hot Water Installer: Solar Source
  • Top Construction Firm: Arraycon
  • Top Rooftop & Residential Contractor: SolarCity
  • Top EPC: Mortenson Construction
  • Top Electrical Subcontractor: E Light Electrical Services
  • Top Off-Grid Contractor: SEPCO
  • Top Commercial-Scale Contractor: HB White Canada
  • Top Utility-Scale Contractor, Developer and Overall: First Solar

Representatives from the Brian D. Roberston Solar Schools Memorial Fund Award, a project of The Solar Foundation, recognized installers that have carried on Brian’s legacy of education and advocacy for green energy.

Brian Robertson was the CEO at Amonix, Inc., a company specializing in the design and manufacture of utility-scale solar power systems, as well as co-founder of SunEdison. Brian died in a plane crash on December 22, 2011.

“Everyone at this conference knows solar is a good solution for everyone but not everyone has the money to make it happen in their neighborhood,” Brooke Robertson, one of Robertson’s three children, told attendees. “Therefore, it is necessary for the solar industry to give back.  Many solar companies are very good at giving back and tonight we have the privilege to acknowledge them.”

Baja Construction sponsored the evening’s opening networking reception. APsystems, formerly APS, sponsored the dinner portion of the night. Solectria sponsored the cocktail reception.

The 2015 Top 500 Solar Contractors Gala was supported by generous solar manufacturers and solar providers:

gala-sponsor-logos

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Hulk Energy debuts flexible CIGS thin-film PV module at SPI

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Hulk Energy Technology Co. and ENERGYKA Electrosystem srl, Italy, announced the world’s first flexible CIGS thin-film PV module distinguished by a convertible, modular assembly design. The Prometea solar modules were developed through a joint venture between HULKet and ENERGYKA and introduced to the U.S. market at Solar Power International 2015, on September 15-17, in HULKet’s booth 309.

image004Prometea’s unique form factor eases logistical challenges, due to factors such as transportation requirements and difficult topography, enabling a wide range of installations wherever solar energy is needed. Prometea product features and benefits include:

  • Flexibility and “curveability” – adapts to any type of architecture, follows any contour
  • Foldability and portability – enables more applications in varied environments
  • BIPV integration – multiple types of installations are possible; and waterproofing ensures rooftop installation for more than 25 years
  • Power output – a possible power output of 100~110, 300~330, 500~550Wp
  • Specialized fixed module installation – eliminates need for mounting system, rooftop drilling and costly and invasive anchoring structure requirements, resulting in lower installation costs
  • Green, eco-compatible raw materials – free from highly polluting substances, such as cadmium and lead.

“Prometea modules allow customers to ‘puzzle’ the modules in any area to get maximum power,” said Brian Sung, Founder and President, HULKet. “This combination of performance and physical characteristics creates resilient and portable PV power generation. We chose to work with ENERGYKA on the creation of Prometea CIGS solar modules because the combination of performance and architectural design addresses an unmet need in the market.”

The Prometea CIGS solar modules are the result of years of research and innovation and are created from CIGS solar cells with the highest conversion efficiency of 14 percent, resulting in a power output of 20 to 30 percent higher than traditional panels. The specific power generated is considerably higher due to the combination of superior spectral responses to UV and IR light, a lower temperature coefficient, less shading influence and an enhanced lower incident, scattered and diffuse light performance.

“Our presence at the Solar Power International today is to introduce Prometea to the U.S. market and showcase the multitude of applications for foldable, bendable, portable CIGS solar modules, along with advancing the merits of environmentally responsible PV modules,” said Rolando Rostolis, ENERGYKA Managing Partner.

Having successfully launched the world-record power generating CIGS-3000 series modules in the July 2015, Prometea is the second HULKet product to debut in the U.S. solar energy market. HULKet welcomes inquiries from distributors at info@hulket.com.

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Radian Generation expands solar O&M capabilities across the country

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Radian Generation (RadianGEN) announced the expansion of its field service and operation and maintenance (O&M) capabilities in California, Massachusetts and North Carolina with dedicated staff in both the eastern and western U.S.

RadianGEN’s added services come in response to the growing demand for more expertise in the field as solar power investors and operators continue to expand. RadianGEN currently provides asset management services for more than 300 megawatts in the U.S., Canada and the Caribbean Islands. RadianGEN was founded to help owners optimize their operating power plants financially and technically.

“There is a growing synergy between the proactive asset management we do on behalf of owners and the techniques we can utilize to improve the performance of the physical assets. This has led RadianGEN to take a more active role in providing boots-on-the-ground field services in a growing number of geographies,” says Chad Sachs, CEO of Radian Generation.

Demand for O&M services is accelerating as the installed base of solar projects grows, operating fleets age and the complexity of management increases with leading equipment suppliers and EPC firms changing their activities in the sector. RadianGEN affiliates recently signed O&M contracts with leading owners in California and Massachusetts to provide preventative maintenance, corrective maintenance, and emergency services to capitalize on the growth in the O&M sector.

RadianGEN’s Director of Field Services Seth Cooper leads the field service team. He has 15 years of experience in the solar sector, having formerly worked at EPC and O&M providers such as HelioPower and SolarCraft. He has deep experience in the C&I distributed generation and residential areas with emphasis on West Coast markets.

“I was excited to join the RadianGEN team and become a part of its vision for the future of the asset management market,” Cooper says. “Our company focuses on optimizing operations for its customers and there is a real commitment to the field service role. The processes and IT systems that we have put in place for monitoring, reporting, and managing the ongoing performance of assets dramatically help the field service team offer high quality, reliable, and competitively priced maintenance services.”

Radian also recently hired Mike Kania as head of field services for the East Coast to manage the field technicians that RadianGEN has in North Carolina and Massachusetts. Kania has led construction and maintenance crews for renewable energy projects for the past 15 years. Based in North Carolina, he formerly worked at Strata and Solar Power Systems and he has significant experience having led the construction activities for over 150 megawatts.

“I look forward to helping RadianGEN continue to grow in the East Coast markets. I was attracted to Radian’s strong emphasis on long-term performance and their dynamic team,” Kania says.

“We are excited to have Seth and Mike, two industry leaders, join our growing team,” Sachs says. “By adding direct O&M activities to our service offering, we can provide customers with a truly comprehensive solution with cost efficiencies and greater accountability.”

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Greensmith introduces new energy storage functionality in GEMS software

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Greensmith, a provider of grid-scale energy storage software and integration services, announced new functionality within its fourth generation GEMS energy storage software platform that allows owners and operators of multiple distributed energy storage systems to aggregate these systems into a single energy storage resource.

The new functionality provides owners and operators with a control layer for managing these aggregated front-of-the-meter and behind-the-meter energy storage systems, allowing them to integrate them into utility or ISO market communications systems so that they can use these systems to participate in resource adequacy, frequency response and other wholesale energy markets.

By participating in these wholesale energy markets, energy storage system owners and operators can increase the revenues generated by their energy storage systems, improving system return on investment.

“Greensmith has been deploying both front-of-the-meter and behind-the-meter energy storage systems for years using our proven GEMS software,” said Greensmith CEO John Jung. “Our software’s new energy storage aggregation functionality now enables our partners and customers to participate in a broader set of value streams across an integrated network.”

The market for distributed energy storage in general, and behind-the-meter energy storage specifically, is growing rapidly. According to GTM Research’s U.S. Energy Storage Monitor Q2 2015 report, 40.7 megawatts of energy storage was deployed in the second quarter of 2015, a nine-fold increase from the second quarter of 2014 and a six-fold increase from the first quarter of 2015. In addition, the behind-the-meter energy storage market in the second quarter of 2015 grew over eleven times from the same period in 2014.

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Conergy’s Tennenbaum capital-led bank guarantee facility

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Conergy announced that it has increased its Tennenbaum-led bank guarantee facility to $75 million with funding from Goldman Sachs BDC, Inc. The increase will be used as collateral to finance Conergy’s rapidly growing global solar business and specifically to fund its large solar projects in four stages; bidding, pre-construction, construction and output.

“The support from Goldman Sachs BDC, Inc. as well as Tennenbaum Capital Partners and Deutsche Bank, helps Conergy execute its global growth plan in solar power projects and affirms its position as one of the most bankable global downstream companies in the solar industry,” said Andrew de Pass, CEO of Conergy.

Goldman Sachs BDC, Inc. provided additional funding to Conergy’s existing bank guarantee facility, which was arranged by Deutsche Bank in July 2014 with initial capital of $60M from Tennenbaum Capital Partners (TCP). In the past year, Conergy utilized over half of the original facility, including for two of its largest installations: output guarantees for a 37 MW project in the United Kingdom and performance guarantees for a 50 MW project in the Philippines.

“We are pleased to partner with Conergy, a leader in solar project development and construction.” said Brendan McGovern, CEO of Goldman Sachs BDC, Inc. “This loan, in conjunction with capital from our co-lenders, will help facilitate Conergy’s continued growth and expansion.”

“We are pleased to have Goldman Sachs BDC, Inc. partner with us in supporting Conergy’s global solar business,” said Timothy Gravely, Managing Director of Tennenbaum Capital Partners. “Our upsized bank guarantee facility is a testament to the increased demand Conergy is seeing for its services in a number of different countries around the world.”

Conergy’s global solar operations span five continents. The company has installed over one GW of solar, enough to power approximately 300,000 homes.

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U.S. O&M budgets need more funds, says SPI session

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During the educational session “Reports from the Field: O&M Challenges from Residential, Commercial and Utility Scale Leaders” at Solar Power International 2015, the common issue shared between panelists and audience members was that there is not enough money budgeted for operations and maintenance on U.S. solar projects.

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Session presenters David Blittersdorf (President /CEO, AllEarth Renewables), Vassilis Papaeconomou (Managing Director, Alectris) and Joe Kastner (Chief Operating Officer, Radian Generation).

“The first three years [of an operating solar array] are generally peaceful,” said panelist Vassilis Papaeconomou, managing director of Alectris. “Due to the fact that maintenance is underestimated, budgets for later years are very small.”

Most maintenance tasks pop up further down the line, when budgets are even thinner. Joe Kastner, COO at Radian Generation, found that the large majority of maintenance calls is for inverters, and if the manufacturer is out of business, O&M costs can be even higher. That’s why Kastner said contingency plans must be in place, because warranties and guarantees aren’t enough. Asking the customer, “How fast do I need to respond to problems?”, helps the asset manager/O&M provider plan for what verifies the cost of a truck-roll.

Papaeconomou said while the United States underestimates O&M costs, Europe overestimates and has a healthy market.

“The U.S. O&M market is skin and bones,” he said. That needs to change with the influx of projects coming online and eventually needing maintenance in later years.

 

 

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Five ways to fight for the ITC

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Industry observers agree that the loss or reduction of the ITC at the end of 2016, and the resulting drop-off in projects, will be disastrous for many solar companies, particularly small businesses. Tuesday at Solar Power International, experts gathered to offer ideas about how solar installers can help extend the ITC. Below is some of the advice they offered.

Realize the threat
Tony Clifford, CEO, Standard Solar

Clifford wondered if solar installation companies were “whistling passed by the graveyard” on the ITC issue. He said that many people believe the solar industry will suffer a “hangover” following the ITC’s end, but he said the damage done will be more than a two- or three-quarter slump.

He indicated people may be dismissing warnings from Rhone Resch, the CEO and president of SEIA, about the potential loss of 100,000 solar jobs—a total representing more than half the industry. He offered analysis from entities outside the solar industry to support Resch’s dire projections.

He said the Energy Information Administration predicts the loss of the ITC will lead to a total elimination of utility-scale projects and a 94% reduction in distributed generation projects. He cited a Stanford University report that showed component cost reductions will not be sufficient enough to balance the loss of the ITC and support project development.

Clifford then turned attention to the financial threat. In Washington, D.C., the political reality is money very often translates to power. “Solar is outgunned by other energy industries,” Clifford said. SolarPAC, the SEIA Political Action Committee, has $80,000 in its war chest, which divides to $0.46 per solar worker. Traditional energy industries and political groups aligned with them, meanwhile, have tens of millions of dollars.

“We need a serious effort to raise money and not just from the major solar companies,” Clifford said. “A lot of people in the solar industry have been free riding for a long time, and I think if they keep free riding, they’re going to ride themselves into oblivion.”

It’s not all about Washington—it is all about your job
Scott Hennessey, Director of Policy and Markets and Regulatory Counsel, SolarCity

Hennessey began by saying SolarCity is comprised of more than 13,000 employees and operates in 80 congressional districts. But besides the scale of the solar installer, SolarCity is just like any other business. He said that many solar professionals may feel their business should be evaluated on its merits—such as solar’s regard for the environment—but solar “is just like any other industry.”

“We have to work hard,” Hennessey said, adding that the work needs to extend beyond the PR or communications department, involving the whole staff. “You have a policy dependent company, so part of your job is to participate in the policy process.”

Hennessey said no one can dislike solar in concept, but for lobbying to work, legislators must see that solar is a real thing, affecting real people and real businesses. Warehouse tours work well, he said.

“(Solar) is like puppies and kittens, but do they get it? Do they know what a bustling warehouse looks like? To see all the panels coming in on trucks, and to see the crews rolling out in the morning? That makes it real,” he said.

He said SolarCity led Michael Bennet, U.S. Senator for Colorado, onto a roof to see a solar installation first-hand, and the company welcomed Kevin McCarthy, the majority leader of the U.S. House of Representatives, to a ribbon cutting for a solar installation at a school. These experiences are ones leaders take back to Washington, Hennessey said, and solar installation companies everywhere should invite representatives of their districts to similar events.

Get involved
Christopher Mansour, VP of Federal Affairs, SEIA

“It’s absolutely crucial we have solar companies talking to members of congress,” Mansour said. “A lot of Congressional members have no idea they have a solar industry in their district.”

Mansour explained SEIA has made contacting a congressional representative and explaining the value of solar easy. The trade associate’s Advocacy Toolkit is a one-stop resource for conveying the importance of solar to elected officials.

For solar companies in the Midwest, SEIA will host the Midwest Federal Lobby Day(s) on October 20 and 21, 2015. Participants will meet with their specific representatives and talk to them about the issues shaping the solar industry, their businesses and their communities.

Mansour said the necessity to stay engaged is required for success. “This won’t happen overnight,” he said.

Find advocates and connect them
Kevin Gresham, VP of External Affairs, E.ON North America

E.On, one of the world’s largest owners of renewable power projects, has built an aggressive government relations campaign to advocate for its interests. Gresham said the company reached out to its employees and gave them the resources necessary to meet with representatives in their district. The company reached out to its customers, too. Other speakers commented that even potential customers are a source of support, for their ability to purchase a solar array some time in the future could be limited by scaled back federal support.

Then, in a year-end conversation about how the company could improve, it dawned on executives at E.On that the ITC is important up the supply chain, too. If the ITC goes away, it will affect the bottom lines of component manufacturers. In response, the company created the Supply Chain Summit, where it explained to suppliers why it is important for them to advocate for the policy drivers of the industry. Gresham said people don’t need to talk about policy with legislators, but more simply how the industry affects their lives and businesses.

“If our business suffers, their business suffers,” Gresham said.

Realize the urgency
Kelly Knutsen, Policy Advisor, CALSEIA

To some solar installers, December 31, 2016, feels imminent, Knutsen said. Complex projects can takes many months to finalize and plan, and the end of 2016 might as well be tomorrow for some large developers. For legislators, however, the end of next year seems like an eternity from now.

Knutsen said legislators are thinking something along these lines: “That’s next year after Christmas, after the elections, and I’m good.”

That’s a disturbing take on the calendar if you’re in the solar industry, and it’s one solar installation companies should understand if they’ll be effective in the coming months to secure support for the industry.

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Sunlight Financial secures $300 million in funding commitments

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Sunlight Financial, a provider of financing for the residential solar market, announced the closing of a series of capital investments, providing access to $300 million of capital, including $80 million of growth capital from lead investor Tiger Infrastructure Partners, an independent private equity firm focused on providing growth equity for middle-market infrastructure assets and businesses in North America, and founding investor Hudson Clean Energy Partners, a leading global private equity firm specializing in renewable energy.  Sunlight will direct this round of capital towards growing its business platform and increasing access to lower cost financing alternatives for residential rooftop solar assets.

“Sunlight represents a unique and independent solar financing platform with a very broad suite of loan products to best serve homeowners and channel partners in the marketplace,” said Neil Z. Auerbach, Hudson CEO and Sunlight founder. “We are pleased to welcome Tiger as our partner. From the outset of our conversations, Tiger proved to be thoughtful and collaborative, and brings the skills and expertise to add value to Sunlight. Tiger’s involvement will catalyze Sunlight’s next phase of success as a standalone and independently capitalized industry player.”

The remaining $220 million of capital will come from different financial institutions with substantial track records investing in the solar sector and will be used for investment in loans and other products directed towards residential solar finance.  These include:

  • A new Senior Secured Credit Facility up to $120 million, led by CIT Energy Finance and designed for longer-term loan products;
  • The development of new loan origination programs with over $100 million of available capital from existing and new financial institutions designed for shorter-term loan products.

Emil W. Henry, Jr., managing partner of Tiger said, “Tiger’s decision to invest in Sunlight is the culmination of our search in the residential solar sector for the best in class platform and partners. No other investment opportunity matched the attributes presented by Sunlight, including: a sophisticated and talented management team with multiple strategic commercial relationships; an existing business with substantial momentum; and a like-minded and experienced partner in Hudson who has similar experience helping companies grow.”

Tiger will be the majority equity holder and control the board of Sunlight. Auerbach will become executive chairman of Sunlight and will be joined on the board by Hudson colleague Wilson Chang. Sunlight CEO Matthew R. Potere will lead the existing executive team, including solar industry veterans, Josh M. Goldberg (Chief Commercial Officer) and Michael G. Ruehlman (President), and he will also have a seat on the Sunlight board.

“Sunlight is fortunate to have Tiger and Hudson as value-added sponsors as we prepare to deploy our capital and enhance our product offerings to best serve our customers and channel partners,” said Potere. “With this substantial round of financing, our independent and user-friendly platform is positioned to expand rapidly into one of the nation’s leading providers of residential solar finance, with a diverse set of channel partners and credit-worthy homeowners.”

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S&C to build large energy storage systems in Ohio

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S&C Electric Company, a global leader in energy storage integration, announced today it was awarded a new project by Half Moon Ventures (HMV) to supply and build a 7 MW energy storage facility. The project will be located in Minster, Ohio and is being built in conjunction with the local municipal utility, the Village of Minster. Once complete, the project will be one of the largest energy storage systems in Ohio.

HMV and the Village of Minster will benefit from four unique revenue streams, which will offset the costs of grid improvements while improving the rate of return. HMV will be able to sell into PJM’s frequency regulation market, which helps to provide grid reliability for more than 60 million customers. The Village of Minster will use the energy storage system to defer T&D costs, improve power quality and shave peak demand.

“Revenue stacking is one of the quickest ways to create a strong return on investment for energy storage systems,” says Troy Miller, director – Grid Solutions, S&C Electric Company. “In the case of the Minster project, we are seeing one of the first examples of how a municipal utility can work with a developer to create multiple revenue streams that benefit both parties, and we expect to see more projects like this in the future.”

HMV will use S&C’s 7 MW PureWave SMS Storage Management System, providing fully integrated storage management and power conversion for 3 MWh of lithium ion-batteries. The system will help Minster better manage energy demand during peak periods and provide reliable back-up power, while deferring the acquisition of costly reactive power compensation equipment. The system will also be tied to HMV’s adjacent 4.2 MW solar plant, allowing Minster to further reduce their peak demand charges in the middle of the day. Once complete, the solar + storage system will be the largest U.S. facility of its kind connected through a municipal utility.

“With the new system, we are able to improve reliability and capacity while leveraging renewable energy sources without costly investments into grid expansion,” says Michael Hastings, CEO, HMV. “S&C helped us prove that multiple revenue streams in energy storage deployments can help solve our customer’s financial and operational needs.”

In addition to the SMS, S&C is supplying their 15-kV Vista Underground Distribution Switchgear to provide protection and control between the storage system and the grid. S&C’s scope of work will include all major power system studies as well as the complete engineering, procurement and construction for the project.

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Locus Energy obtains financial backing from Genscape

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Locus Energy, a leading solar photovoltaic (PV) performance monitoring and data analytics provider, today announced its acquisition by Genscape, the global leader in energy monitoring data and intelligence.

“Energy monitoring is Genscape’s core business, so the synergy between our two companies couldn’t be better,” says Matthew Burkley, Chief Executive Officer of Genscape. “We intend to leverage the substantial financial resources of our parent company in the solar monitoring space for a long time to come.”

As a leading provider of energy data and intelligence, the addition of Locus’ solar PV monitoring business to Genscape’s existing product portfolio will deliver exceptional value to a broader set of end-users and customers. Over the past few years, solar PV has matured as both a technology and an industry. Recent events, however, have emphasized the need for a mature, financially stable, longer-term solution to help the industry achieve more sustainable, aggressive growth. Over the short-term, customers are increasingly demanding improved technical support and customer service, as well as far less costly and time-consuming migration options.

“The timing couldn’t be better,” says Michael Herzig, Chief Executive Officer of Locus Energy. “We share the same core value of delivering a customer experience that is second to none, combined with exceptional long-term financial security.”

Up to this point, undertaking a solar PV monitoring vendor switch had been exceptionally time-consuming, costly, and invasive. In response to these new demands, Locus and Genscape are now launching a rapid Migration-Without-Interruption Service, which transforms how system users can migrate to Locus.

“Locus did in two days what other monitoring vendors will take weeks to complete,” says Andrew Goldin, Senior Vice President of EPC Operations with Cenergy Power. “Bottom line: Locus’ value is unbeatable.”

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Hiring for solar: it’s about more than experience

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Despite the rapid growth of employment in the U.S. solar industry, education and training providers continue to report a difficult labor market for their graduates. Meanwhile, employers have noted increasing difficulty in finding the talent they need. Given this, it is critical to the health of the industry to ensure there is an ample supply of well-trained workers replete with proficiencies in four skill areas.

At Solar Power International 2015, Andrea Luecke, president and executive director of The Solar Foundation, presented on the nature of these skill competencies and gaps, providing new tools for measuring solar career readiness and promoting skill development. Here’s a quick recap.

According to a recent Gallup pole, Americans agree that the U.S. needs to develop its workforce talent. More than 78% agree that if we don’t do this we’ll fall behind other countries. The solar industry is no exception, as it continues to grow, so does the challenge of finding skilled labor.

Between 2007 and 2010, during the recession, 136,000 electricians lost their jobs. Therefore, there was plenty of skilled talent to hire in the solar industry. But as the economy has recovered, it’s become harder to find skilled professionals to fill solar jobs.

Luecke explained that the solar industry too often relies on previous experience when hiring.

Luecke explained that the solar industry too often relies on previous experience when hiring.

One problem is that the solar industry often relies on hiring those with solar experience, which may not be as crucial as some think when more than 2/3 of solar companies offer on-the-job training. Also, it’s important to train those with experience as well to avoid mistakes and refine skills. Luecke encouraged companies to move beyond experience as the definitive qualifier for hiring.

Instead, she suggested a new approach, in which pools of high-quality existing workers are assessed in various areas of skill comprising four “pillars”: technical, academic, personality and workplace. The results are used to develop profiles for the primary solar occupations detailing baseline proficiencies within each pillar. These completed profiles can act as benchmarks to to predict the success of prospective hires, and tools to gauge gaps between employer needs and the pool of available labor.

Luecke suggest assessing potential hires in four areas, or pillars.

Luecke suggest assessing potential hires in four areas, or pillars.

Luecke closed with saying that although the ITC will have an impact on solar jobs, long term growth will still be good.

 

 

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Energy Department announces $102 Million to tackle solar challenges

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Building on President Obama’s Climate Action Plan to cut climate-changing carbon pollution and continue building a clean energy economy in the United States, the Energy Department today announced more than $102 million in new projects and available funding to support American leadership in clean energy innovation. More than $52 million will support 22 new projects in partnership with companies, non-profit organizations, universities, and national laboratories that aim to make solar energy more affordable and accessible across the nation. In addition, up to $50 million in new funding will advance solar photovoltaic (PV) technology towards and beyond the SunShot goals to reduce the total cost of solar energy, and enable cutting-edge solar technologies, tools, and services to swiftly enter the marketplace.

“Since President Obama took office, the total cost of a home solar energy system has fallen by nearly 50 percent, while solar deployment is up nearly twenty-fold. Today, solar energy is cost-competitive with traditional energy sources in 14 states,” said Energy Secretary Moniz. “The projects announced today will help more communities nationwide reach the goals laid out in the Clean Power Plan, while ensuring that America continues to lead the world in clean energy innovation.”

Vice President Biden will highlight these investments at the Solar Power International Conference in Anaheim, California on Wednesday. His remarks at 2:00 PM ET will be available at wh.gov/live.

$7 Million for Six Projects to Improve the Reliability and Predictability of Solar Technology Performance

The Energy Department’s SunShot Initiative supports research to better predict how well a given solar PV system will perform over its useful lifetime, as well as to improve performance. Accurate performance prediction is critical to determining the return on investment of a solar PV system, and thus it influences decisions made by project developers, investors, and utilities.

Today, the Energy Department is announcing $7 million for six new projects to improve solar hardware degradation rates over system lifetimes and to help investors, solar developers, and utilities to better understand these degradation rates. These projects will provide the solar community with access to improved predictive models, relevant accelerated testing techniques, and more reliable products that will ultimately lead to solar cost reductions and reduced risk in long-term PV performance. 

$32 Million for Fourteen Projects to Break through Concentrating Solar Power Cost Barriers

Concentrating solar power (CSP) plays a key role in the Energy Department’s all-of-the-above energy strategy because it can store the sun’s energy for use when the sun is not shining. To support further cost reductions in CSP technology, the Energy Department is announcing $32 million for 14 projects that address technical challenges in each sub-system of a CSP plant, including solar collectors, receivers, thermal energy storage, novel power cycles, and operations and maintenance. These research and development projects will improve the performance and increase the efficiency of CSP plants overall, building on the success of previous Energy Department investments in this technology and leading to lower cost, higher efficiency, and more reliable CSP systems

$13 Million for Two Projects to Cut Red Tape and Expand Solar Access

Local solar regulatory processes related to permitting, inspection, and interconnection have a tremendous impact on solar energy system pricing and deployment. A recent study showed the consumer cost to “go solar” is as much as $3,000 higher in communities with challenging solar policies. To cut through this red tape, the Energy Department is announcing $13 million for two new projects that will establish a prominent national designation and technical assistance program for local governments to help them grow their local solar markets, create jobs and promote sustainable economic opportunities. This new program aims to qualify at least 300 communities across America for this national designation, while providing technical assistance to strengthen solar energy expertise within local governments, enabling them to reduce soft cost barriers within their communities.

Announcing Finalist Teams in SunShot Prize Competition

Today, the time it takes to go solar varies widely across the U.S. – from a few days to as long as six months – adding unnecessary wait times and costs for customers and companies. The SunShot Prize: Race to 7 Day Solar aims to slash the time it takes to go solar by 75 percent by incentivizing communities, solar companies, and electric utilities to work together to streamline permitting, installation, and interconnections processes. Today, the Energy Department is announcing the five finalist teams in the SunShot Prize competition, who have accepted this challenge to demonstrate best practices that can be easily replicated by other jurisdictions across the country.

$50 Million in Funding Potential to Foster Rapid Solar Innovation and Bringing New Technologies to the Market

To continue driving down solar PV costs beyond the current SunShot goals, the Energy Department today announced $20 million available to further improve PV module performance, reliability, and manufacturability, while also advancing next generation PV concepts. In addition to typical multiyear research projects, this funding opportunity includes a topic area dedicated to small, single-year projects aimed at demonstrating the potential for expanded work in cutting-edge PV research. This funding opportunity aims to reach solar PV costs by the year 2030 that are one-half to one-third of the original SunShot goals, in order to support widespread deployment of PV. 

To accelerate the current growth trajectory of solar energy in America, a wide variety of products and services are needed to address and improve industry operations up and down the value chain. The Department is announcing $30 million to support the development of new solar tools, technologies, and services that can swiftly enter the solar marketplace and directly address SunShot goals. This funding opportunity is meant to develop products and services that will help the solar industry to increase system value while reducing hardware costs, improve business operational efficiency, broaden the investor pool for project development, develop products leveraging new and emerging technologies, streamline regulatory processes, and more.

Broadly, these Energy Department investments support state-of-the-art products, solutions, and technology advancements that will increase solar energy system performance and efficiency and drive down costs. The Energy Department’s SunShot Initiative is a collaborative national effort that aggressively drives innovation to make solar energy fully cost-competitive with traditional energy sources by the end of the decade.

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Start-Up Alley winner creates new solar thermal market and IoT Heliostat

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Central Coast California solar technology firm LightManufacturing exhibits at the Solar Power International (SPI) expo in Anaheim this week, showing new applications for solar energy and a unique set of products to the massive industry conference and placing second in the Start-Up Alley competition.

“We’re not a PV company,” explains founder Karl von Kries. “We don’t make electricity. Instead, we use concentrated solar heat to replace fossil fuels in industry.”

Continues von Kries, “For example, we’ve learned how to mold water tanks and boats using solar thermal energy at a fraction of the cost.” The company has molded thousands of commercial-grade plastic parts for private clients at the company’s research facility.

The firm’s Solar Rotational Molding or SRM process recently received US Patent protection. The company is targeting several industrial processes for conversion to real-time solar heat.

In addition to patents and process know-how, the firm developed a unique line of sun-tracking heliostats. A two-year effort yielded a simple, industrial-grade heliostat that’s efficient to deploy in small arrays.

“The new H1 is remarkably easy to use,” says von Kries, “and it’s the first ‘Internet of Things’ or IoT heliostat.” According to the firm, the H1 is the first heliostat that connects to the Internet for simple cloud-based configuration and aiming. No software is required to use the H1, just a web browser on a computer or smartphone.

For greater heat intensity, customers can order the Vacuum Mirror option, a patent pending field-adjustable mirror, which according to the firm can focus most of the reflected energy onto a circle.

LightManufacturing’s unique vision for solar thermal in industry won the firm a slot at the competitive “Start-Up Alley” section of the massive Solar Power International show, and landed the company a chance to present at the even-more-selective Startup Challenge competition. SPI attracts 20,000 visitors and 600 exhibitors each year, so “we’re very excited to be invited,” says von Kries.

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BlueNRGY acquires Draker Solar energy monitoring platform

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BlueNRGY has completed the acquisition of the monitoring platform and certain other assets of Draker, the leading independent provider of monitoring and data management services to the U.S. solar industry. BlueNRGY will continue to offer best-in-class systems and services to measure and optimize the performance of solar power generation facilities under the Draker name.

BlueNRGY Executive Chairman William Morro said, “The Draker transaction is an important step in positioning BlueNRGY as the leading independent provider of monitoring and data management services serving the renewable energy sector globally. We continue to redefine the standards in this industry and raise the bar for our competitors. Consistent with Draker’s philosophy, we are committed to ensuring consistent and reliable deliverables across large portfolios and to our customers on all five continents we currently serve.”

The closing of the transaction ensures that all Draker customers can continue to receive an uninterrupted flow of data from systems previously installed by Draker. Everett McGinley, Draker’s Executive Chairman, stated, “On behalf of the entire Draker team, I want to thank our customers for their trust and loyalty in recent weeks while Draker’s sale process was pending. I’m proud to say that uninterrupted service has been and will continue to be available for all of our customers and 100% of customer monitoring data has been and will be securely retained and accessible to customers. Moreover, our highly trained staff members will continue to service the Draker customers going forward. These are the core strengths that made Draker a leader in North America and will carry over to the international operations of BlueNRGY.”

Draker currently receives and compiles operating performance and other pertinent data at more than 2GW of solar PV installations at approximately 2,000 sites in the Americas, Japan and Europe. Its system monitoring and control solutions have gained wide acceptance for their reliability, durability and accuracy and the capacity of PV solar assets managed with Draker’s systems has more than doubled in the last three years. Draker installations range in size from tens of kW to more than 30MW and clients include individual system owners, developers, asset managers and utilities.

The combined BlueNRGY and Draker monitoring and data analytics business for the U.S. will operate from Draker’s current location in Burlington, VT and the substantial majority of the Draker employees located there will be employed by BlueNRGY.

Emmanuel Cotrel, Senior Vice President of BlueNRGY and founder of its leading-edge data monitoring and analytics business, said, “BlueNRGY was created to offer massively scalable, high-impact information solutions to allow customers to efficiently assess and optimize the performance of complex geographically-dispersed renewable energy systems. This transaction will accelerate the availability of those capabilities to Draker customers and will allow them to quickly benefit from significant software upgrades and additional services. It will also allow BlueNRGY to build on Draker’s rich legacy of proprietary firmware, patents and engineering technology that enables data loggers, sensors and field equipment to reliably and accurately acquire data from customer power plants and deliver it to our state-of-the art data analytics engine.”

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OutBack Power introduces Skybox energy management and storage platform

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OutBack Power Technologies, a designer and manufacturer of advanced renewable energy systems and products, today announced Skybox, a true hybrid energy management and storage platform, scheduled to debut in January 2016. Skybox unlocks the potential of the next generation of higher-voltage energy storage systems in conjunction with photovoltaic (PV) renewable energy for mainstream residential and light commercial applications. SPI OutBack Power Eric Wentz presenting

Skybox has been engineered to meet the global demands of consumers, including compatibility with the emerging higher voltage energy storage products, providing freedom from their existing electrical grid reliance. The platform is future-proof and designed to work with new or existing commercial and residential installations, as well as emerging products and technologies.

“This new platform from OutBack Power gives people total control of energy management and power consumption in their homes and businesses,” said Drew Zogby, president of Alpha Technologies, OutBack’s parent company. “People are growing more aware of the options available to them, and true hybrid energy systems are the future. Skybox will allow energy use to be as intelligent and efficient as possible.”

Continued Zogby, “We applaud Tesla and other leaders bringing a greater level of attention to the energy storage component of the industry that OutBack Power has been instrumental in developing and building for more than a decade. Moving forward, energy storage is a core element of our shared vision. Skybox is a direct response to both the demand for storage and the innovation we’re witnessing throughout the alternative energy sector.”

Homeowners’ and businesses’ interest in solar power grows every day, and OutBack’s Skybox is the only all-in-one hybrid platform, offering both off-grid and grid-connected operation, to provide an affordable alternative energy solution for higher voltage installations. Skybox is designed for compatibility with the higher-voltage storage solutions between 300 and 500 volts from Tesla, Mercedes-Benz, Panasonic and others, and supports existing and future solar installations. Skybox joins OutBack Power’s full line of energy storage and power conversion equipment, rigorously tested and designed for superior reliability and field serviceability.

“The energy storage industry has seen numerous changes this year, and customers have more options than ever for alternative-energy installations,” said Mara White, product manager at OutBack Power. “The market is trending toward giving consumers more control over the way they generate, store and use energy. OutBack Power’s Skybox is being designed and tested specifically to meet that demand and provide our clients with flexibility now and in the future.”

Skybox is set to debut in January 2016 and will come to market with all applicable global industry and agency certifications and requirements. To learn more about Skybox, join the OutBack Power team at Solar Power International to preview the new platform at booth #4947 or email sales@outbackpower.com.

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ABB grows solar industry with new technologies and supports India’s push for solar power

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New technologies
ABB, the solar industry’s leading power and automation company, is unveiling new solar technologies at the Solar Power International conference and exhibition this week to support the solar energy in the United States, one of the world’s largest and fastest growing solar markets.

ABB’s comprehensive offering covers everything in the value chain from design, conversion, collection, grid connection and optimization of solar installations of all sizes – literally ‘from the sun to the socket.’ Through technological innovation, ABB has played a critical role in expanding the use and efficiency of utility-scale solar energy around the globe. Building on years of leadership in the U.S. solar market, ABB is focusing on expanding its presence and share in the residential,

ABB is featuring new technologies at SPI that will help drive solar industry growth in the U.S.:
· Solar Tap™ – UNO 2.0/3.0 Inverters with SolarTap™ Functionality – The new UNO2.0/3.0 residential inverter with ABB SolarTap™ functionality delivers emergency backup power in the event of a blackout. This transformerless, single-phase inverter offers a unique, stand-alone AC outlet able to power up to 1.5kW on a standard 120V outlet. This new family of inverters will be available in the first half of 2016.

· TRIO 50kW Inverters – The new ABB TRIO-50, string inverter is re-engineering distributed architecture. The three-phase string inverter can be installed in any location or virtually in any orientation providing shorter time to market for utility scale designs. It has a landscape modular design to guarantee maximum flexibility, ease of installation and maintenance. This inverter is ideal for large commercial and utility plant sizes up to 30MW.

· Symphony® Plus for Solar – Continuing with the momentum in the solar sector, ABB globally unveils their latest automation and SCADA solution. Symphony® Plus for Solar, a versatile and scalable automation solution, is designed for monitoring and control of PV power plants. The solution spans from plant automation including panel position control, plant diagnostics and power management, up to enterprise SCADA to enabling remote operations and management of PV plants.

· Rapid Shutdown Devices for String Inverters – A low-cost, NEC 2014 compliant accessory that simplifies the code compliance of residential solar. Shutdown occurs at the rooftop box when utility power is lost or the PV system’s AC disconnect switch is opened.

· WiFi Logger Card – ABB is introducing its new VSN300 WiFi Logger Card for PV system management, monitoring and control. The Wifi Logger Card has an advanced expansion board designed for ABB’s UNO and TRIO string inverter product lines, and will benefit both residential and commercial installers with an easy-to-install, cost-efficient card.

“Solar energy use continues to accelerate rapidly worldwide, and that is certainly true in the U.S. and North America,” said Alex Levran, Group Senior Vice President for Solar, ABB. “ABB continues to benefit from this accelerated growth and maturity in solar – driven by a shift in the global energy mix toward renewables, and by the strength of our comprehensive offering and global footprint.”

ABB provides the most comprehensive portfolio of products, systems, solutions and services along the solar PV value chain that enable the generation, transmission and distribution of solar power for grid-connected and microgrid applications. ABB’s offering includes inverters, low-voltage products, monitoring and control systems, grid connection, stabilization and integration products, as well as complete electrical balance of plant solutions. ABB also offers a wide range of support and maintenance services, including remote operations and diagnostics, helping ensure solar installations deliver optimal performance.

Support for India
ABB has also won orders worth around $18 million to provide plant electrification, automation and substation solutions for solar power plants being built as part of India’s strong push for solar energy and renewables. Spread across the southern Indian states of Karnataka, Tamil Nadu and Andhra Pradesh, these projects will connect more than 850 megawatts (MW) of solar energy to the grid and will be among the biggest solar projects worldwide.

The most significant of these projects, placed by the Adani Group, a diversified Indian multinational, is the 648 MW solar plant in Kamuthi, Tamil Nadu. ABB will provide a turnkey solution encompassing the design, supply, installation and commissioning of the power plant electrification and automation systems, the pooling stations and multiple substations. This includes two 230 kilovolt (kV) and three 110 kV substations to connect the electricity generated to the local grid.

ABB’s Symphony Plus control technology will serve as the ‘unified automation platform’ for the plant including the electrical systems, the solar inverters and state-of-the art software for plant performance monitoring, maximizing operational efficiency and ensuring grid compliance. The IEC 61850 based automation system will facilitate local and remote monitoring and control of the plant and substation assets and is another example of ABB technologies enabling the Internet of Things, Services and People.

“ABB has supported India’s power infrastructure development through the decades and we are pleased to facilitate the country’s push for solar energy, where we have already made a significant contribution” said Claudio Facchin, president of ABB’s Power Systems division. “This project exemplifies our power and automation system integration capabilities and reinforces our commitment to renewable energy, a key component ABB’s Next Level strategy”

India is endowed with a vast solar energy potential and with approximately 300 clear, sunny days in a year, the theoretical solar power reception, on its land area alone, is about 5,000 trillion kilowatt-hours (kWh) per year. Even assuming a PV module efficiency of as low as 10 percent, this would still be a thousand times greater than the domestic electricity demand projected for 2015.

But with an installed grid connected solar power capacity of around 4.1 GW (almost all of which has been added in the last four years) solar power still constitutes only 1.45 percent of its total installed power generation capacity of around 276GW. India expects to install an additional 10GW by 2017 and earlier this year the government announced an ambitious goal to have 100 GW of solar power installed in the country by 2022, translating into an investment target of around US$100 billion.

ABB has delivered several turnkey solar projects in India and earlier this year became the first company in the country to deliver solar inverters with a cumulative capacity of two gigawatts.

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SunEdison supplies battery storage in net-zero energy home pilot in Fontana, Calif.

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SunEdison announced that it is supplying advanced battery systems in a project to build 10 net-zero energy homes in Fontana, Calif. The project is led by the Electric Power Research Institute (EPRI), with the support of the California Public Utilities Commission, and lead project partners major national homebuilder Meritage Homes and local utility Southern California Edison.

The research institute is leading the project to evaluate how net-zero energy homes that generate and store their own energy impact the local electricity grid. This project is important for future grid planning because under the California Public Utilities Commission’s Energy Efficiency Strategic Plan, California aims to have all new homes be net-zero starting in 2020, and all new commercial buildings by 2030.

“With this project, we’re pioneering solutions that will help Californians prepare for the future of the grid, where homes and businesses will be generating their own electricity on a much greater scale than we’re seeing today,” said Tim Derrick, SunEdison’s general manager of Advanced Solutions. “By installing SunEdison’s advanced battery systems on these net-zero energy homes, we’re able to store solar-generated electricity and better manage the interactions of that electricity with the grid.”

“EPRI is leading this project to gain insights into how a community of net-zero homes interacts with the local grid,” said Ram Narayanamurthy, EPRI’s project lead. “We’re using advanced controls and energy storage to manage these mini, distributed power plants that are expected to play a much larger role in the grid of the future.”

“Meritage Homes is excited to participate in this pivotal project,” said C.R. Herro, Meritage Homes’ vice president of Energy Efficiency and Sustainability. “Zero net energy homes will be energy efficient, more cost effective to run, and have backup power in the event of a power cut.”

SunEdison designed the advanced battery system, and partnered with Eguana Tech, LG Chem and Geli for this project, and will monitor and control the system to optimize the energy savings and load profile.

Meritage Homes has already started construction on the homes and expects to complete the first homes by the end of September.

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