Telangana State Renewable Energy Development Corporation (TSREDCO) plans to add 45 MW of roof-top solar energy capacity this year (2018-19) by encouraging individuals and institutions to set up photo voltaic (PV) solar panels to meet their energy needs as well as to supply excess generation to the grid.
The State has about 60 MW of on-grid and off-grid roof-top photo-voltaic solar energy capacity including 7 MW capacity adding during the last year (2017-18).
Of the planned capacity for the current year, the Ministry of New and Renewable Energy has already cleared the proposals for 13 MW and also released funds for the subsidy component. The Centre offers 30{0b7da518931e2dc7f5435818fa9adcc81ac764ac1dff918ce2cdfc05099e9974} subsidy for the roof-top solar systems.
Stating that in-principle agreements were entered into with the project proponents for 6 MW capacity TSREDCO General Manager G.S. Prasad said a memorandum of understanding (MoU) was signed by Telangana State Road Transport Corporation (TSRTC) with the nodal agency, TSREDCO, for establishing 5 MW solar PV energy capacity. The public transport institution has plans to set up roof-top solar energy systems on its installations in Hyderabad and elsewhere in the State.
Mr. Prasad stated that several urban local bodies (ULBs) were also coming forward to set up roof-top solar energy systems in the on-grid method.
They were told to prepare detailed project reports for formal submission to the Ministry of New and Renewable Energy. Several other government installations were also coming forward for setting up rooftop PV solar energy systems for their own consumption and supply to the grid through net metering, the TSREDCO official said.
Besides, 72 ULBs and gram panchayats had also come forward to go for solar PV energy LED street lighting systems.
As part of TSREDCO’s efforts to conserve energy, about 25 lakh LED bulbs had been distributed to households across the State and they had plans for distribution of another 40 lakh in the coming months.
Several government installations are also coming forward for setting up roof-top PV solar energy systems for their own consumption and supply to the grid through net metering.
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(Reuters) – Huawei Technology Co’s coming U.S. launch of a solar-panel control device is expected to collide with new Trump administration tariffs on Chinese electronics, undermining a product that analysts had seen as challenging rivals on pricing.
FILE PHOTO: People walk past a Huawei sign at CES (Consumer Electronics Show) Asia 2018 in Shanghai, China June 14, 2018. REUTERS/Aly Song/File Photo
The Chinese company, best known for its smart phones and telecommunications equipment, has developed a new generation of low-cost solar inverters, which convert, manage and monitor energy produced by solar panels for home use.
Huawei has said it was aiming to roll out the product, called FusionHome, in the United States before the end of the summer, a year after its original target. Analysts and distributors had expected it to knock $100-$200 off current market prices of similar devices costing between $1,000 and $1,500 per household.
But a coming 25 percent tariff on Chinese electronics that would overturn much of Huawei’s expected price advantage may have stalled talks with U.S. installers and distributors, said analysts and research firms.
Huawei will either have to reduce its margins or raise prices, they said, potentially benefiting rival producers including SolarEdge and Enphase Energy, which are ramping up manufacturing outside China.
Huawei declined to comment on tariffs and did not respond to detailed questions from Reuters on the current status of FusionHome.
Company spokesman Joe Kelly said in July that the company was planning to introduce the new product to its partners in the United States this summer and that the timing of the roll-out would depend on those distributors.
The 25 percent tariff, if implemented, will take effect Aug. 23, and analysts covering the sector say it will affect the new Huawei product.
“It certainly would eat into profits and is just a question on how aggressive Huawei wants to be,” said Cowen & Co analyst Jeffrey Osborne.
Huawei’s foray into the high-margin residential market comes after panel installations fell in 2017 for the first time in seven years. GTM Research recently cut its forecast for 2018 residential solar market installations by 8 percent to 2.2 gigawatts.
Of four major solar panel makers Reuters talked to, only Utah-based Vivint Solar confirmed it was considering adding Huawei’s inverter to its lineup.
SunPower Corp and Tesla’s SolarCity did not respond to Reuters’ requests for comment. A SunRun spokeswoman said the company welcomed new innovations that made solar energy cheaper and more accessible.
“A 25 percent tariff could eat up the margins of cost-competitive Chinese manufacturers and potentially change the player landscape of the U.S. solar inverter market,” said another analyst, Iben Frimann-Dahl from Rystad Energy.
Reporting by John Benny in Bengaluru; Editing by Cynthia Osterman
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With the EU’s clean energy, low-carbon goals and the specific needs of isolated communities in mind, the EU-funded TILOS project set out to make the Greek island of Tilos the first in the Mediterranean to be powered solely by renewable energy. This required more robust technology to store and distribute the power effectively over time and distance. Tilos has a winter population of 400 but up to 3,000 people visit in the summer, putting an impossible strain on its dilapidated power supply which came from an underwater cable that runs from Kos to the island of Nisiros and on to Tilos. This erratic means of power has forced many businesses to rely on diesel generators.
The key part of the project was to develop battery technology and its management system to store excess energy produced, so that the island could become energy self-sufficient and sell excess power to its neighbours. Wind turbines and solar panels were installed on Tilos island outside of the project’s budget. For more information see the IDTechEx report on Distributed Generation: Minigrid Microgrid Zero Emission 2018-2038.
While the main goal was to develop local, small-scale battery storage and microgrid facilities for private, business and public needs, the project had in mind the bigger picture of renewable energy, including societal, technical, commercial and domestic aspects, too.
With the focus on small-island needs, the project targeted real problems, such as how to secure year-round energy supplies from wind and solar renewable sources, and how to develop advanced electricity storage and distribution facilities for local and central needs.
The battery system being tested must support both standalone and grid-connected operations, while proving its interoperability with other microgrid components. These include demand-side energy management and smart metering tools, as well as distributed residential heat-storage and hot-water systems.
The project is building an extended microgrid simulator to analyse battery technologies and microgrid configurations: standalone, grid-connected and power market-dependent systems. Other islands are watching TILOS closely, the aim being to create an ‘island platform’ to help transfer the technologies and inspire wider use.
“The innovation of this program and its funding lies in the batteries — the energy storage — that’s what’s innovative,” project manager Spyros Aliferis said. “The energy produced by the wind turbines and the photovoltaics will be stored in batteries, so that this energy can be used for the grid when there is demand.”
Top image: Wikipedia
Learn more at the next leading events on the topic: hosted by IDTechEx.
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A contraction in China’s solar market is blunting the Trump administration’s efforts to use tariffs to raise domestic equipment prices in hopes of spurring more U.S. manufacturing.
Four months after President Donald Trump imposed duties on most imported solar cells and panels, Beijing in May moved to limit the pace of growth in the world’s biggest solar market in order to reduce subsidy costs and encourage industry consolidation. The lost demand has sent equipment prices tumbling.
“In terms of equipment costs, we definitely are seeing spot prices … declining,” Edward Fenster, executive chairman of San Francisco-based rooftop solar developer Sunrun Inc., said on an Aug. 9 earnings call. “Panel prices on a spot basis are probably approximately back where they were a year ago prior to the run-up in price ahead of the Section 201 tariff,” he added, referring to the section of the Trade Act of 1974 that the administration is using to target foreign-made cells and panels.
Dana Russel, CFO and executive vice president of Vivint Solar Inc. in Utah, said on an earnings call Aug. 7 that he has also seen module prices declining after a “slight increase” several months ago due to the U.S. tariffs.
“The net result is that capital costs for solar projects in the U.S. have actually declined in recent months,” TerraForm Power Inc. CEO John Marcus Stinebaugh said on an Aug. 14 earnings call. TerraForm Power, based in New York City and majority-owned by Brookfield Asset Management Inc., had nearly 3,600 MW of renewable energy assets under management as of June 30.
Edurne Zoco, head of solar research at IHS Markit, in June predicted that price reductions resulting from China’s new solar policies could undercut the economic rationale for manufacturing in America. While a number of foreign companies have announced plans to open plants in the U.S., Goldman Sachs analysts said “cyclical pricing pressures” and uncertainty about the timing of the tariff regime increase the risk of such an undertaking.
The bill pitted the town of Ocean City against a coalition of manufacturers, labor unions and environmental advocates. Wochit video by Keith Demko
Renewable energy in Ocean City has been a hot topic in recent years with offshore wind projects on the horizon.
While the visibility of the wind turbines has been a point of contention, town officials say they are still committed to making Ocean City more green.
One way officials hope to achieve this renewable energy goal is through solar power.
Ocean City has partnered with Constellation, an Exelon company, to build a 10-megawatt solar energy project that will include more than 30,000 photovoltaic panels on 113 acres of land.
Of those 10 megawatts, Ocean City will receive energy from 3.5 of them, while Eastman Chemical Company will acquire the remaining 6.5 megawatts. Eastman will use its portion to help power a manufacturing facility in Chestertown, Maryland.
The groundbreaking for the project — located about 10 miles west of Ocean City at the intersection of Routes 50 and 90 — will take place Thursday morning.
Brendon Quinlivan, executive director of Distributed Energy Origination for Constellation, said when the company was identifying potential customers for solar projects in the Delmarva region, the town of Ocean City was one that displayed significant interest.
“We’re happy this type of offsite project is one we can bring to fruition for the town since they are very interested in contracting offsite renewable energy projects,” Quinlivan said. “We’re glad solar can allow for that in a way that’s appropriate and approved by the local community as well.”
This 10-megawatt solar energy project helps to satisfy Exelon’s renewable energy commitment to Delmarva, which is serviced by Delmarva Power. This commitment was created when Pepco merged under Exelon in 2016.
As a subsidiary of Pepco, Delmarva Power will distribute the energy produced by Constellation’s solar project to Ocean City. The solar panels are anticipated to account for about 20 percent of the town’s annual energy use.
At a recent meeting, the mayor and council moved to increase Ocean City’s renewable energy use to 51 percent by next year. Currently, the town uses 35 percent renewable energy, of which 15 percent is mandated by the state of Maryland.
Ocean City officials have identified key town-owned buildings, such as city hall, the convention center and the water plant, that will receive power generated from the solar panels.
In the first year, the solar energy system is expected to produce more than 5.6 million kilowatt-hours of electricity for Ocean City and save taxpayers about $120,000 per year, according to Constellation’s press release.
Constellation also anticipates the system will reduce carbon emissions by nearly 4,200 metric tons, which has a greenhouse gas equivalent of 899 passenger vehicles driven, according to estimates from the U.S. Environmental Protection Agency.
The project’s workforce will have up to 70 or 80 workers on site, Constellation spokesperson Dave Snyder said. About 50 or 60 of these employees work for local companies, such as Royal Plus Electric, Stuart Contractors and SMI Services of Delaware — all of which are sub-contractors for the project developer United Renewable Energy.
“One thing that was very important for Constellation and our engineering procurement contractors was for us to source and use local contractors for the construction,” Quinlivan said.
Construction on the project is expected to be complete by the end of this year, with the solar panels up and running by early 2019.
Quinlivan said he has noticed a paradigm shift with customers who want to optimize their energy usage through both onsite and offsite means. Constellation helps customers fill in the gaps of their energy usage, he said.
“Ocean City and Eastman Chemical Company have been looking at their energy procurement strategies on a holistic basis so that’s what is unique about the project and the customers involved,” Quinlivan said.
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Ocean City plans to break ground Thursday on a solar farm that will generate enough power to run the resort town’s convention center and municipal buildings.
In a statement, Mayor Rick Meehan called it “a true example of the Town of Ocean City’s commitment to renewable energy and a sustainable future for our resort community.”
The project comes as town leaders fight an offshore wind farm they say could disrupt beach views and send tourists elsewhere. The City Council decided in May even free electricity wouldn’t justify the project, rejecting such an offer from developer U.S. Wind in a closed-door session in May.
U.S. Wind is planning to build 32 wind turbines a minimum of 17 nautical miles from shore. The company’s renderings show them appearing as specks on the horizon on a clear day.
But Ocean City leaders say they fear the project will be more imposing than that. They also worry it could grow — Maryland regulators approved U.S. Wind for as many as 64 turbines as close as 14 miles from shore.
The solar farm will only be 10 miles from beaches — but in the opposite direction. Constellation Energy Group plans to build 30,000 photovoltaic panels on 113 acres near Berlin, at the intersection of U.S. Route 50 and State Route 90, the Ocean City Expressway.
Constellation said the Gateway Solar project helps satisfy a requirement that its parent company, Chicago-based Exelon Corp., build at least 10 megawatts of solar energy on the Delmarva peninsula. That was a condition Maryland regulators placed on Exelon in approving its 2016 purchase of Pepco Holdings, the parent company of utility Delmarva Power and Light.
Ocean City officials said the project accounts for 20 percent of the town’s energy use. Through a deal with Constellation offering the energy below , the project will save Ocean City taxpayers $120,000 per year, town officials said.
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EnSync Energy recently announced the sale of a project under a 20-year power purchase agreement with the California Department of Forestry and Fire Protection to Standard Solar, a company which specializes in the development and financing of solar power systems. Under the agreement, EnSync Energy is constructing a 600-kilowatt solar installation at the CAL FIRE training facility in Ione, California.
Scott Wiater, president and CEO of Standard Solar, answered some questions for Solar Love.
1. How did the arrangement with CAL FIRE come about?
Standard Solar works with an extensive network of developers and installers throughout the entire country. The Cal Fire project was brought to us from one of our channel partners.
2. When will the solar power system be completed and become operational?
The system is expected to be fully constructed and operational by the end of the year.
3. How do you help finance solar power projects?
Standard Solar is able to support with financing in a wide variety of ways depending on the stage of the solar project development. For example, on early stage project developments, we can work with partners to craft the ideal financing proposal for the host-customer and fund every step of the way through to construction and operation. We also come across late-stage projects that are fully contracted with host-customers and in many cases under construction. In these situations, Standard Solar can provide financing to acquire the solar project facility and serve as the long-term owner/operator of the system. Because Standard Solar is utilizing in-house funds, it provides us the flexibility to focus on providing value throughout the full range of the solar project development cycle.
4. Are you working on other solar power development projects in CA?
Yes, given that California continues to be the leading solar market in the US, our focus on increasing our operational footprint in the California market remains a top company priority. We have more than 100 MWs of projects under evaluation, in active development, or under construction in the California market.
5. What is the company roadmap for the next 3–5 years?
Our goal over the next 3-5 years will be continuing to identify and execute on renewable projects that will allow our parent company to diversify their generating asset mix that deliver a healthy return on investment. We have dedicated capital resources that exceed $600 million which can be increased should the demand for financing exceed this amount.
6. Why is providing a range of financing for solar power projects important, and is it even more so right now due to the economic and policy conditions?
Solar projects are a lot like fingerprints — each one is unique. To be a strong player in the solar industry, you have to be able to reach your clients where they are, whether that’s through a loan, a lease, a power-purchase agreement (PPA) or some other creative financing deal. Being a one-size-fits-all financing institution isn’t going to lead to success. And with today’s tumultuous economic and policy conditions, flexibility is paramount if you want to make sure you get projects done and get them done in ways that are financially advantageous to everyone involved.
7. What are some other new projects you are working on right now you are excited about?
Right now, we are most excited about our expansion into new states and emerging markets (we are now contracted, constructing, or operational in over a dozen states). Our competitive financing coupled with our channel partnership approach allows us to remove regional market barriers and widen our pool of renewable asset opportunities.
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The final tests of a new system that will allow the island to power itself with batteries recharged by a solar park and 800-kilowatt wind turbine are taking place this summer, and the system is expected to go live later this year.
“The innovation of this program and its funding lies in the batteries—the energy storage—that’s what’s innovative,” project manager Spyros Aliferis told The Associated Press. “The energy produced by the wind turbines and the photovoltaics will be stored in batteries, so that this energy can be used for the grid when there is demand.”
The switch is practical as well as sustainable. Tilos is a small island with an outdated, costly power system that is strained when its winter population of 400 expands to 3,000 in the summer.
It currently gets its power from a diesel plant on the island of Kos, which is 69 kilometers (approximately 42.87 miles) away. Tilos is the last of three islands connected to the plant by an underwater cable, the Thomson Reuters Foundation reported.
The system is vulnerable to outages, which can last as long as 12 hours, making life difficult for hotel owner Andreas Lardopoulos, since it can lead to spoiled food and appliance failures.
“Hopefully the renewable energy will help us solve these problems and save some money,” Lardopoulos told the Thomson Reuters Foundation.
Which is not to say that environmental concerns aren’t also part of the island’s motivation.
The island’s late mayor Tassos Aliferis was an environmentalist. In addition to first proposing the idea of going renewable, he also banned hunting and expanded eco-tourism.
His successor, Maria Kamma, also hopes green energy will provide a better future both for the island’s human residents and its rich biodiversity—it boasts more than 150 bird species and around 350 plant varieties.
Kamma told the Thomson Reuters Foundation that the island’s population shrunk to 200 in the 1990s and was only increased due to infrastructure and transportation updates. She said she hoped the green energy initiative would continue this trend and ensure residents “have a very good standard of living.”
The European Commission also hopes Tilos can be a model for other islands with similar power woes, The Associated Press reported. The EU funded the 13.7 million-euro ($15.7 million) project to the tune of 11 million euros ($12.5 million).
The EU’s goal is one shared by Zisimos Mantas, the chief business development officer of the Greek company in charge of the project: Eunice Energy Group.
“We hope that the Tilos project will be replicated in many more islands,” he told the Thomson Reuters Foundation.
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While dry water reservoirs are running with higher electricity prices and small-scale solar producers are doing well, large-scale manufacturers have to pull back on solar energy under current rules.
Today’s regulations in Norway open the way for so-called ‘plus customers’, solar cell manufacturers that produce more than they need, to sell surplus power back to the net.
With this year’s extreme solar conditions and high electricity prices, many people benefit from it, according to Tekniske Ukeblad newspaper. But the moment a manufacturer supplies more than 100 kilowatts of power to the mains, they switch to another category and have to pay an annual feed tariff, which can be expensive. To avoid it, several major solar energy producers will have turned off the production of environmentally friendly energy this summer.
“We have had overproduction for parts of the week every single week this summer. Thus,we have had to extinguish power generation. And I think it’s quite sad to produce green power that nobody gets to use’’, said Lars Erik Olsen, technical manager at Asko’s cold store in Vestby, which has Norway’s largest solar system on the roof.
They expect to have shed power for a six-digit amount this summer.
However, the Regulatory Authority for Energy at NVE stated that amendments to the rules for plus customers were adopted in July. This means that solar systems that feed more than 100 kilowatts from the new year will not pay the fixed feed tariff up to 19,300 kroner, but instead pay 1.3 øre per kilowattime for the current fed into the mains.
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