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electronalytics · 2 years ago

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Photovoltaic Power Station Operation Market Overview Analysis, Trends, Share, Size, Type & Future Forecast to 2032

Market Overview: The photovoltaic (PV) power station operation market refers to the management and operation of large-scale solar power plants that generate electricity using photovoltaic modules. These power stations play a crucial role in renewable energy generation and contribute to reducing greenhouse gas emissions. The market is driven by the increasing demand for clean energy, favorable government policies, and declining costs of solar technology.

Key Vendors:

First Solar: First Solar is a leading provider of PV power station operation services, offering comprehensive solutions for project development, engineering, construction, and ongoing maintenance.

Sun Power Corporation: Sun Power Corporation specializes in high-efficiency solar panels and provides services for the operation and maintenance of PV power stations, ensuring optimal performance and maximizing energy output.

Canadian Solar: Canadian Solar is a global manufacturer and provider of solar modules, and it also offers operation and maintenance services for PV power stations, including system monitoring and performance optimization.

JinkoSolar: JinkoSolar is one of the largest solar module manufacturers worldwide and provides end-to-end services for PV power station operation, including design, construction, and ongoing maintenance.

Enerparc: Enerparc is a leading player in PV power station operation, offering a range of services such as project planning, financing, construction, and asset management for solar power plants.

Segments:

Utility-Scale PV Power Stations: These power stations are large-scale installations connected to the grid and provide electricity to the utility companies.

Commercial and Industrial PV Power Stations: These power stations are installed on commercial and industrial buildings or facilities, generating electricity for self-consumption or feeding excess energy into the grid.

Residential PV Power Stations: These power stations consist of rooftop solar installations on residential buildings, enabling homeowners to generate their own electricity and potentially sell surplus energy back to the grid.

Off-Grid PV Power Stations: These power stations are not connected to the grid and are typically used in remote areas or for standalone applications, such as powering remote communities or off-grid industrial operations.

Floating PV Power Stations: These power stations are installed on bodies of water, such as lakes or reservoirs, utilizing floating solar panels to generate electricity.

Growth Opportunities:

Increasing Investments: Growing investments in solar energy infrastructure present opportunities for PV power station operation companies to expand their operations and provide services for new projects.

Technological Advancements: Advancements in PV technology, such as higher efficiency panels and energy storage systems, create opportunities to improve the performance and profitability of PV power stations.

Emerging Markets: The expansion of solar energy in emerging markets offers significant growth opportunities for PV power station operation providers, as these regions seek to diversify their energy sources and reduce reliance on fossil fuels.

Repowering and Retrofitting: Upgrading and repurposing existing PV power stations with more advanced technology and equipment can enhance their efficiency and extend their lifespan, providing opportunities for service providers.

Asset Management Services: The increasing number of operational PV power stations creates a demand for asset management services, including performance monitoring, maintenance, and optimization, offering growth opportunities for specialized providers.

Key Points:

Maintenance and Repair: Regular maintenance and timely repair of PV power stations are crucial to ensure optimal performance, maximize energy output, and extend the lifespan of the systems.

Performance Monitoring: Continuous monitoring of PV power station performance helps identify underperforming areas, optimize energy generation, and proactively address issues.

Grid Integration: Effective integration of PV power stations with the electrical grid requires specialized expertise to ensure stable and efficient power transmission.

Compliance and Regulations: PV power station operation must comply with local regulations, permitting requirements, and grid interconnection standards, which require expertise in navigating regulatory frameworks.

Safety and Security: Ensuring the safety of personnel, equipment, and the power station itself is essential, including measures to prevent unauthorized access and protect against potential risks like fire or theft.

Analysis:

Market Growth: The PV power station operation market is experiencing significant growth due to the increasing adoption of solar energy and supportive government policies worldwide.

Cost Reduction: The declining costs of solar technology, including PV panels and energy storage systems, contribute to the growth of PV power station operation as more projects become financially viable.

Competitive Landscape: The market is characterized by intense competition among key vendors, driving innovation and the development of advanced solutions for PV power station operation.

Technological Advancements: Ongoing advancements in PV technology, such as higher efficiency modules and improved energy storage solutions, enable higher energy yields and better performance of PV power stations.

Sustainability and Environmental Benefits: PV power station operation plays a vital role in reducing greenhouse gas emissions and promoting sustainability by generating clean energy from renewable sources.

We recommend referring our Stringent datalytics firm, industry publications, and websites that specialize in providing market reports. These sources often offer comprehensive analysis, market trends, growth forecasts, competitive landscape, and other valuable insights into this market.

By visiting our website or contacting us directly, you can explore the availability of specific reports related to this market. These reports often require a purchase or subscription, but we provide comprehensive and in-depth information that can be valuable for businesses, investors, and individuals interested in this market.

“Remember to look for recent reports to ensure you have the most current and relevant information.”

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Market Segmentations:

Global Photovoltaic Power Station Operation Market: By Company • Jinko Solar • Trina Solar • Canadian Solar • JA Solar • Hanwha • First Solar • Yingli • SunPower • Sharp • Solarworld • Eging PV • Risen • Kyocera Solar • GCL • Longi Solar Global Photovoltaic Power Station Operation Market: By Type • Developer • Manufacturer • Third Party Companies Global Photovoltaic Power Station Operation Market: By Application • Non-residential • Residential Global Photovoltaic Power Station Operation Market: Regional Analysis All the regional segmentation has been studied based on recent and future trends, and the market is forecasted throughout the prediction period. The countries covered in the regional analysis of the Global Photovoltaic Power Station Operation market report are U.S., Canada, and Mexico in North America, Germany, France, U.K., Russia, Italy, Spain, Turkey, Netherlands, Switzerland, Belgium, and Rest of Europe in Europe, Singapore, Malaysia, Australia, Thailand, Indonesia, Philippines, China, Japan, India, South Korea, Rest of Asia-Pacific (APAC) in the Asia-Pacific (APAC), Saudi Arabia, U.A.E, South Africa, Egypt, Israel, Rest of Middle East and Africa (MEA) as a part of Middle East and Africa (MEA), and Argentina, Brazil, and Rest of South America as part of South America.

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Reasons to Purchase Photovoltaic Power Station Operation Market Report:

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• To identify important participants and rivals: This research studies can assist companies in identifying key participants and rivals in their sector, along with their market share, business plans, and strengths and weaknesses.

• To comprehend consumer behaviour: these research studies can offer insightful information about customer behaviour, including preferences, spending patterns, and demographics.

• To assess market opportunities: These research studies can aid companies in assessing market chances, such as prospective new goods or services, fresh markets, and new trends.

• To make well-informed business decisions: These research reports give companies data-driven insights that they may use to plan their strategy, develop new products, and devise marketing and advertising plans.

In general, market research studies offer companies and organisations useful data that can aid in making decisions and maintaining competitiveness in their industry. They can offer a strong basis for decision-making, strategy formulation, and company planning.

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Stringent Datalytics offers both custom and syndicated market research reports. Custom market research reports are tailored to a specific client's needs and requirements. These reports provide unique insights into a particular industry or market segment and can help businesses make informed decisions about their strategies and operations.

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#Photovoltaic Power Station Operation Market

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f4rmville · 4 years ago

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Utility giant NextEra adds 1.8 GW of renewables, storage to backlog

NextEra Energy – owner of Florida Power & Light, Gulf Power, and NextEra Energy Resources – added 1.8 gigawatts of renewables and storage to its backlog in the second quarter of 2021, the company reported last week.

FPL made significant progress in Q2 on its plan to install 30 million solar panels by 2030, adding 373 megawatts of incremental solar. The investor-owned utility has completed 40% of its ’30-by-30’ plan and expects to have installed 15 million panels by early next year.

Read More: FPL reaches major solar installation milestone

NextEra Energy Resources added 285 MW of new wind and wind repowering, 1,450 MW of solar, and 105 MW of battery storage to its backlog of signed contracts since reporting first-quarter financial results in April, the company said.

“For the second quarter, NextEra Energy Resources continued to capitalize on the terrific market opportunity for low-cost renewables and storage and added approximately 1,840 megawatts to its backlog since the release of our first-quarter financial results in April,” Jim Robo, chairman and chief executive officer of NextEra Energy, said in a statement.

Industry experts will discuss utility-scale energy storage breakthroughs – including software solutions, battery challenges, safety, financing, and grid balancing attributes – during POWERGEN International Conference Sessions in Dallas, Texas, January 26-28. Find more information about the event, and how to register, here.

FPL demolished its last coal-fired plant in Florida in June. The company plans to replace the plant with emissions-free solar energy facilities as part of its focus on “identifying smart capital investments to lower costs, improve reliability and provide clean energy solutions.”

from https://ift.tt/3jeIh6D

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cooldavidkentposts · 5 years ago

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Sydney switches to 100% green power

The City of Sydney has switched to 100% renewable electricity, generated from wind and solar farms in regional NSW. All of the City’s operations — including streetlights, pools, sports fields, depots, buildings and the Sydney Town Hall — will now be run on renewable electricity.

The green energy deal — valued at over $60 million —is reported to be the biggest of its kind by a council in Australia.

The switch is projected to save the City up to half a million dollars a year over the next 10 years, and reduce CO2 emissions by around 20,000 tonnes a year —equivalent to the power consumption of more than 6000 households.

Lord Mayor Clover Moore said the new agreement will generate jobs, support communities impacted by the COVID-19 pandemic and create new opportunities in drought-affected regional NSW.

“We are in the middle of a climate emergency. If we are to reduce emissions and grow the green power sector, all levels of government must urgently transition to renewable energy,” the Lord Mayor said.

“Cities are responsible for 70% of greenhouse gas emissions worldwide, so it is critical that we take effective and evidence-based climate actions.

“The City of Sydney became carbon neutral in 2007, and [was] the first government in Australia to be certified carbon neutral in 2011. This new deal will see us reach our 2030 target of reducing emissions by 70% by 2024, six years early.

“This groundbreaking $60 million renewable electricity deal will also save our ratepayers money and support regional jobs in wind and solar farms in Glen Innes, Wagga Wagga and the Shoalhaven.”

The innovative green electricity deal is a power purchase agreement with retailer Flow Power. Flow Power CEO Matthew van der Linden said the City’s commitment to achieving 100% renewable energy would help accelerate Australia’s transition to a net-zero carbon future.

“This is a landmark achievement for the City of Sydney. If organisations can follow in the City’s footsteps, a net-zero carbon future is achievable,” van der Linden said.

“The City is directly matched to these renewable projects, a move that supports the integration of renewables into the system.”

Around three-quarters of the power will be wind-generated, and the remaining quarter by solar.

The project will see the City source renewable energy from three different generators — the Bomen Solar Farm in Wagga Wagga, Sapphire Wind Farm near Inverell and the Shoalhaven solar farm in Nowra.

The Shoalhaven project is being developed by Flow Power in partnership with local community group Repower Shoalhaven, a not-for-profit volunteer community enterprise that develops community solar projects. On completion, the 3 MW Shoalhaven solar farm will have around 10,000 panels and generate enough energy to power 1500 homes.

On behalf of Repower Shoalhaven, member Bob Hayward said the power purchase agreement will directly support the regional community.

“Shoalhaven solar farm could not have become operational without the City’s investment. By partnering with this project, we’re creating local jobs and helping the renewables sector grow,” Hayward said.

“The City of Sydney decision to include a regional community-based scheme brings us a step closer to a sustainable decarbonised future while supporting regional investment and employment. We congratulate the City for this significant commitment.”

Owned by the Australian-listed company Spark Infrastructure, the 120 MW Bomen Solar Farm has more than 310,000 solar panels on 250 ha of land. It is one of the first projects in Australia to use bifacial panels that absorb sunlight on both sides, with tracking technology that shifts each panel throughout the day to capture the sun’s energy.

Spark Infrastructure Chief Executive Rick Francis said this is an exciting milestone for the City of Sydney and the regional communities playing an increasingly critical role in the state’s energy supply.

“This project has not only delivered clean energy for Australia’s largest city, but represents a significant investment in the Wagga Wagga community and Riverina region, anchoring the region’s role as a future renewable energy hub for NSW,” Francis said.

The Sapphire Wind Farm near Inverell is the largest wind farm in NSW, with a 270 MW capacity generated by 75 turbines that stand 200 metres high. It is partly owned by CWP Renewables, with CEO Jason Willoughby saying the company was proud to support the City’s renewables program.

“Wind is a natural energy choice providing a much-needed alternative to fossil fuels. We hope this inspires other councils and organisations to follow the City of Sydney’s lead,” Willoughby said.

“The Sapphire Wind Farm produces enough clean energy to power 115,000 homes and displaces 700,000 tonnes of carbon dioxide, while bringing economic benefits to the local NSW New England region and the ACT.”

Image caption: Repower Shoalhaven’s Bob Hayward on the Shoalhaven solar farm site. Image credit: City of Sydney.

source http://sustainabilitymatters.net.au/content/energy/news/sydney-switches-to-100-green-power-968591055

from WordPress https://davidkent.home.blog/2020/07/03/sydney-switches-to-100-green-power/

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deborahringgold · 5 years ago

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This is your SolarWakeup for June 19th, 2020

Friday Rundown. What a week! It started off with a ridiculous 45 hour drive for me and a never ending jet lag but here we are another week down. We now have 10 days left in the worst, strangest and seemingly longest quarter in my time in solar. Here we go From Alabama’s Reporting. As the regulators approve a gas plant but not solar, reporters write. “The original expansion proposal included five 80-megawatt solar projects paired with battery storage banks that could be used after dark when the panels would not normally provide power. There are limitations, however. The batteries for the project would last about two hours before needing to be recharged by the sun. That might not be long enough during a cold winter morning if the sun wasn’t shining.” EPA Forgot Its Second Letter. Toxic water? Don’t worry about it. Equality, Diversity, Solar’s Work Begins. What are the actions and changes you’ve embarked on to make your business more diverse? Repowering and Developing Big Solar. It’s been a few years since I focused on large scale development and I’ve lost touch with who is doing what. As wind gets into the repowering of existing farms, there will be the same work in solar. We are also seeing early stage development getting much larger in scale and reaching new geographies. This work is no longer limited to large companies, individual developers are reaching key interconnection milestones as well. Not too many teams have the financial wherewithal to fund development and construction but I expect to see more of you raising your hands for these 100MW opportunities. Bill Walton And Friends. In a fun event on June 24th, join me, Bill Walton and his friends at the virtual PAC-12 Sustainability Conference. This is a free event and if you’ve never seen Bill talk about solar, it’s a huge treat. Pass along the registration link to anyone that may want to join you. Presented by Adani Green Energy. Adani is a fully integrated renewables company, from solar cell and module manufacturing to ownership and operation. The company has a top global operating and contracted pipeline of over 14 GW. Adani is the recipient of the largest solar award ever of 8 GW, which includes a single site project of 2 GW – tied for the world’s largest. No one knows mega-scale projects like Adani.

Alabama.com: Alabama Power $1.1 billion expansion approved, except solar projects

Axios: EPA will no longer regulate toxic compound in drinking water

PV-Magazine: Did I mention I’m a certified solar installer?

Bloomberg: As They Reach Retirement Age, Wind Farms Become Prime Investments

Greentech Media: The 4 Things PG&E Must Do to Survive and Thrive Post-Bankruptcy

PV-Tech: Peer-to-peer trading of solar technically feasible, Australia trial finds

Rocky Mountain Institute: A Greener Caribbean is Possible with Resilient Distributed Energy

Billings Gazette: Electric cooperatives contract with Montana’s largest solar project

Opinion

Utility Dive: This is not the way to move beyond net metering

Best, Yann

The post This is your SolarWakeup for June 19th, 2020 appeared first on SolarWakeup.com.

from Solar Energy https://www.solarwakeup.com/2020/06/19/this-is-your-solarwakeup-for-october-18th-2019-2-2-2-2-2-3-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-3-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-2-3-2-2-2-2-2-2-5-9/

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buynsellsolar-blog · 6 years ago

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252 mayors representing every state call for increased solar power

New Post published on http://roofnrays.com/252-mayors-representing-every-state-call-for-increased-solar-power/

252 mayors representing every state call for increased solar power

A bipartisan group of 252 United States mayors, representing every state and one territory, released a letter today through Environment America Research and Policy Center backing the use of solar energy. Elected officials who signed on resolved “to make solar energy a key element of our communities’ energy plans,” according to the letter. This is an increase from last year when Environment America gathered 216 mayors to sign a letter in support of solar.

The diverse group of Mayors for Solar Energy cited a number of different solar energy advantages in explaining their commitment to this cause. For example, elected officials in coastal cities like Fort Lauderdale, Florida, which has seen extreme weather and flooding in recent years, understand the vital role emissions-free renewable energy plays in combating global warming.

“As a climate Mayor, I recognize the City of Fort Lauderdale has to do more than just adapt to sea level rise,” said Fort Lauderdale Mayor Dean Trantalis, who was one of 21 mayors from Florida to sign on to the letter. “We have to proactively address the root cause of climate change by reducing our carbon footprint. Solar energy is an important part of that equation — and for good reason. Fort Lauderdale is located in the Sunshine State where we are blessed with 246 sunny days each year. This makes our city a natural location to capitalize on the value of solar energy.”

The Mayors for Solar Energy are also supporting solar energy development for social and economic reasons. Across the country, solar energy delivers a wide variety of benefits, from supporting a more efficient and resilient electric grid to providing local jobs.

“ Solar power provides us with an opportunity to let the sun drive another component of our economy, as we work toward a cleaner, more sustainable, and energy efficient future,” said Mayor Trantalis.

Halfway across the country, Bloomington, Indiana, Mayor John Hamilton is also a solar supporter for a variety of reasons.

“In Bloomington, the vigorous addition of solar capacity in city facilities and at residences is one notable way we’re working to reduce our carbon footprint and our reliance on fossil fuels — while at the same time advancing economic growth and social equity,” said Mayor Hamilton.

Since the letter was first released in December 2017, it has grown to reflect the broad bipartisan national support for solar energy. The list of 252 mayors is diverse, representing cities of all sizes and politics. For instance, Democratic Mayor Muriel Bowser of Washington D.C. recently signed onto the letter, as did Republican Mayor Jeff Longwell of Wichita, Kansas — a historically Republican-dominated state.

This letter comes amidst a surge in state and local renewable energy leadership. A wave of commitments to 100% clean renewable energy have been sweeping across U.S. cities and states nationwide. More than 100 U.S. cities and counties have already committed to repowering themselves with 100% renewable energy, including major cities such as Los Angeles, Chicago and Salt Lake City. And, to make ambitious goals a reality, cities are using smart local policies and public initiatives to capture more clean, renewable energy from the sun.

The City of Bloomington, for example, has installed solar panels at more than 30 municipal properties. And, Mayor Hamilton is proud of the city’s group-buy program, a partnership with a local nonprofit organization that makes it more affordable for residents to go solar by offering group discounts. In Fort Lauderdale, improved permitting processes for rooftop solar installations through the national SolSmart program and a Property Assessed Clean Energy (PACE) financing program are key to helping more Floridians go solar.

“Facing a lack of federal leadership on climate and energy, we’re seeing leaders at the community level step forward,” said Emma Searson, Go Solar campaign director with Environment America Research and Policy Center. “Cities are leading the way in transforming the energy that powers our lives and communities, and solar energy provides an ideal opportunity for them to shine.”

News item from Environment America

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juliebutcher · 6 years ago

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I recently had the honor to write an update on Glendale’s plans for repowering its ancient Grayson power plant and the community’s response and fight to make sure it’s California’s last gas plant.

Read my local reporting in the Crescenta Valley Weekly ~ the Grayson story here: Insights Offered at Grayson Tour and check out my cool tour pictures below! (I could listen to people talk about their work all day!) (See the pink donut box?)

Insights Offered at Grayson Tour

The plan for repowering Glendale’s Grayson power plant to be presented by Glendale Water & Power (GWP) to the utility’s citizen commission and the City Council this summer will look considerably different than the plan GWP staff envisioned when first planning for the repowering of the local energy site.

In spring 2017, Dan Brotman, a semi-retired economics professor who says he’s been long involved in advocating for the environment, took note of the City’s plans to repower the Grayson plant using natural gas rather than renewable energy. He wrote an op-ed in April 2017 to make the case against the City’s plan, focusing on both the environmental and financial aspects of his concerns, and then he organized the Glendale Environmental Coalition. By April 2018, more than 500 people protested outside Glendale City Hall, arguably the largest demonstration in Glendale municipal history, and the City Council voted overwhelmingly to pause the proposed repowering project to look at alternatives.

“The environmental arguments are obvious,” Brotman explained. “They were proposing a larger plant than the one they were replacing and, while they may say they’re tripling the energy production but not tripling emissions, the entire process of using gas is environmentally flawed, storing it at Aliso Canyon, methane leaks all along the distribution path; that’s a potent greenhouse gas. Why build another gas plant – perhaps the state’s last licensed gas plant – when the City’s needs can be met using renewables? Why wouldn’t we do that first? And why build such a large gas plant, beyond the actual needs of the City?”

Brotman said that when he scoured the City’s reports and documents he discovered that they had plans to sell excess energy generated by the plant.

“They were planning on creating extra pollutants to make money,” he said.

California state law now requires that renewable energy and zero-carbon resources supply 100% of all electricity sold in California by 2045, 60% by 2030 Brotman noted. That means that given that GWP is proposing a 30-year bond to build a plant that would have to be shut down before it is even paid for.

According to its website, the Glendale Environmental Coalition is “a collection of Glendale community members who recognize the Grayson repowering project as a once-in-a-lifetime opportunity for our city to embrace clean power generation and be leaders in reducing our climate impact.” The current goals of the organization are to “make sure GWP gets as many qualifying proposals as possible; match clean energy developers with clean energy hosts; and to identify likely clean energy targets in the area – open space, commercial buildings, building owners interested in clean energy options.”

The Grayson Power Plant is situated in an industrial area of Glendale at 800 Air Way just northeast of the Interstate 5 and Highway 134 interchange. It is named for Loren Grayson, the City’s first chief engineer and general manager. Until 1937, Glendale purchased its electrical power from Pacific Light & Power (now Southern California Edison). In that year, the City agreed to purchase hydro-electric power from the Hoover Dam and also decided to build a city-owned and operated steam-powered plant of its own. The first unit – a steam boiler – began generating electricity in 1941.

Recently students from Pasadena’s Sequoyah School’s Social Innovations Program and Clark Magnet High School’s environmental club traveled to Grayson as part of a field trip.

“Welcome to our power plant museum,” said GWP General Manager Steve Zurn.

Zurn has worked for the City of Glendale for 31 years, most of that in the Department of Public Works where he was director from 2003 until he was appointed GWP general manager in 2013.

Students from the Sequoyah School have been studying renewable energy and many said they feel fortunate that the debate about the future of Grayson happened in their backyard. Suggesting that both the utility and the community organizations advocating for cleaner solutions could all do a “better job communicating,” the students said they remain “optimistic in human decency.”

“They want what’s best for the community,” one of the youths commented about the motivation of the staff of the city’s utility. “Their job is to help because they care, not for the money.”

GWP issued its Clean Energy Request for Proposals (RFPs), a public request for bids, ideas, and proposals for ways to meet the City’s energy demands, after the Council vote last year. The staff is in the process of finalizing “the results to ensure what is the best option for City of Glendale and its residents.” The results from the RFPs will be presented to City Council in late July along with GWP’s Integrated Resources Plan (IRP).

The IRP is a document that provides a road map for meeting GWP’s objective of providing reliable and cost-effective electric service to all of its customers. Staff will be presenting a number of options for City Council to consider; these options will include a combination of resources in various amounts: thermal generation, solar, Distributed Energy Resources (DERs), increased energy efficiencies, and battery storage at Grayson.

“We’re planning for an astronomically large battery,” boasted Mark Young, Glendale’s Integrated Resources planning administrator and Grayson project lead.

Because the peak demand for electricity happens at night and because there are only 33,000 individual houses in Glendale, GWP staff is planning to include a proposal for a virtual power plant to harness the power of the estimated 15 MW of power currently coming from rooftop solar across the City.

GWP’s current plans are described in detail on its Grayson project website:

“We can’t be a utility and not be able to plan for every eventuality. Bottom line, it’s better to have it and not need it,” Young said emphasizing the need for the City’s utility to prepare for “the worst-case scenario.”

“During the Northridge Earthquake [Young laughed when he noticed that none of the students he was addressing was alive on Jan. 17, 1994], Glendale had full power in 90 minutes because of this plant here. We’re very proud of that.”

Plant worker Matt Williams explained the rigorous environmental standards to which the existing plant is subjected.

“We get a smog check every minute,” he said adding, “and you know when you’re seeing white smoke coming out of the plant? That’s mist, not pollution.”

Brotman and his organization continue to question the plan to generate as much as 100MW still utilizing gas as well as the engagement and outreach of the City in its clean energy RFP process.

“We wanted to work with them to make it more successful,” Brotman said of the bid process, “but we did encourage some companies to participate.”

Brotman added that if the City of Los Angeles could help, even just for the next five or 10 years, Glendale would not need to repower any of the thermal energy units in the new plant.

“You’d think they’d want to do everything they could before they buy any gas,” he said.

The City of Los Angeles has canceled its plans for three gas-powered plants. Brotman believes the City of Glendale’s commitment to clean and renewable energy is compromised by its business interests. He said, for instance, that GWP fails to encourage wider use of solar energy because “it competes with the City.”

The utility currently offers incentives for the installation of rooftop solar panels.

“We have to plan for the worst and to continuously provide power, no matter what,” said Lyova “Leo” Zalyan. “We work closely with LADWP and with the City of Los Angeles all the time. We have a good working relationship with them, but the fact is that they’re facing the same issues. By 2029 they need to find 1600 more MWs themselves. We need to have reliable power, whether it’s sunny or it’s dark. That’s what it means to be a public utility.”

Zalyan outlined the current plans as Option E: 100 MWs from natural gas, 40MWs from DR’s (solar/clean energy); 75MWs from the big (big) battery (“more of a battery building”). GWP currently gets approximately 12MWs from nuclear power – it comes from Arizona with no carbon footprint but with liability and risk and 12-15MWs of hydroelectrical power from the Hoover Dam.

Compared to its neighbors, Glendale is greener with GWP’s “energy portfolio consistently ranked first in carbon-free ratings among its regional peers.”

Glendale is reportedly at 57% clean and renewable, better than LA, Pasadena, or Burbank.

Source: Glendale Water & Power

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California’s last gas? I recently had the honor to write an update on Glendale's plans for repowering its ancient Grayson power plant and the community's response and fight to make sure it's California's last gas plant.

#energy California gas renewables clean alternatives Glendale

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solargeneratorguide · 7 years ago

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UE project aims to repower Puerto Rico school with solar panels https://t.co/pUFqf7TG6N #solarenergy

— SolarGeneratorGuide (@solargenerator2) December 11, 2018

from Twitter https://twitter.com/solargenerator2

#solar generator reviews #solar generators #best solar generator

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repower01-blog · 7 years ago

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When looking for solar panel installation in Santa Rosa, REPOWER Santa Rosa won’t disappoint. Call us today to learn more.

If you wish to learn more, please feel free to reach out to us today and schedule a free consultation! Read more here https://www.gosolarsantarosa.com/solar-panel-installation/3-ways-you-save-with-solar-panel-installation-in-marin-county/

#Solar Panel Installation in Marin County

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caseinpoints · 7 years ago

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Alencon to showcase new UL-listed 1500-V DC-DC optimizer at SPI

Alencon Systems will demonstrate its full line-up of SPOT DC-DC optimizers at SPI 2018 in Anaheim, California, September 25-27, 2018 in Booth #3227. The SPOT family of products includes the SPOT 600, 1000 and 1500, all of which have been listed to UL1741 as well as CSA C22.2 and IEC 62109-1, for the Canadian and other overseas markets respectively. The SPOT 1500, released earlier this year, is the first, true 1500-volt PV string level DC-DC optimizer to receive UL listing.

The Alencon SPOT family of DC-DC optimizers is a unique solution for combining solar+storage, repowering aged PV systems and building more cost-effective microgrids.

“The SPOT helps solve some of the most pressing challenges in the commercial and utility scale sectors of the solar today, including the ability to cost effectively combine Solar and Storage, maintain the viability of aged PV plants and facilitate the deployment of more rugged and efficient Microgrids,” explains Alencon Systems’ president Hanan Fishman.

SPOTS for DC-coupled solar+storage

The Alencon SPOT family of products allows for the cost-effective integration of solar+storage on the DC side of the inverter by mapping the voltage from the PV panels to that of the charge/discharge voltage of the batteries. This approach allows new solar+storage projects to be built more cost effectively while also letting existing PV plant owners add storage without having to change their grid interconnect agreement.

Alencon’s SPOT is able effectively DC-couple solar+storage with its patented galvanic isolation approach to voltage manipulation of input voltage relative to output voltage. Earlier this year, the Alencon SPOT 1500 was deployed in the largest of its kind to date DC-coupled solar+storage project with a major energy company in the Southeastern United States.

SPOTS for PV repowering

The Alencon SPOT family of products can be a great tool for improving the performance and the extending the life of existing PV plants. The SPOT can easily be retrofitted into an existing PV plant with a minimal amount of effort relative to the benefit. The SPOT is fully compatible on a “plug and play” basis with virtually any third-party inverter including those from such leading suppliers as SMA, GE, Solectria, Advanced Energy and Satcon, among others.

The SPOT can increase energy yield of aged solar plants suffering from PV panel mismatch due to any combination of factors including shading, soiling, module failure and replacement or uneven degradation. The SPOT is able to do so by injecting granular, string level maximum power point tracking (MPPT) into plants that previously were only served by a single MPPT from a central inverter.

The Alencon SPOT can be a particularly unique solution for facilitating the replacement of failed inverters, particularly in PV plants with 600-volt strings, where 600-volt inverters are no longer available as replacements. In such instances, the SPOT is a great solution for bridging the voltage gap created gap between 600-volt PV strings and new 1000 or 1500-volt inverters.

SPOTS for microgrids

The Alencon SPOT family of products can serve as vital appliance to the next generation of resilient microgrids which incorporate solar and other forms of alternative generation. In such applications, the SPOT provides a stable, configurable DC-bus voltage from PV panels of any voltage. This DC-bus voltage can the be distributed to any number of loads in the Microgrid.

News item from Alencon

The post Alencon to showcase new UL-listed 1500-V DC-DC optimizer at SPI appeared first on Solar Power World.

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kingmindint · 7 years ago

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Verv Registers First Blockchain Energy Trade in The United Kingdom

Verv, the smart energy assistant, has achieved a new milestone for blockchain technology. The company has registered the first ever energy-related trade on the blockchain in the

Verv Energy Transaction

Back in November 2017, Verv announced that it was launching the UK’s first energy trading community on social housing. Now, using this technology created by the company, it was possible to send one kilowatt-hour of solar electricity to another residential building, informed Verv.

The trade took place on the Hackney Banister House Estate, that has solar panels installed on 13 of the blocks of flats.

VERV CEO & Founder, Peter Davies, explained:

“We’re so pleased to bringing the Verv renewable energy trading platform to life on Hackney’s Banister House Estate, we want to use this technology to empower the residents to innovate and create their own trading community. We plan to use the results of this trial to roll out more energy trading communities across the UK and in turn globally.”

Agamennon Otero, Co-CEO & Co-Founder of Repowering London has also given his opinion explaining that they have been building a community energy in the UK. He said that they are very proud to be working with this new technology and with this trial.

“Over the past 7 years we have built community energy in the UK; from the first inner city community energy projects on social housing to driving policy,” explains Mr. Agamennon Otero. The Shangri-La of Community Energy is to enable smart, easy, access to energy for its members. We are proud not only to be working on this but that we can place this leading technology trial into the urban homes and hearts of those most in need for it.”

Chile Works with Blockchain Technology

Private enterprises are not the only ones benefiting from this technology and investing on it. Indeed, different governments from all over the world are implementing blockchain in order to improve their services.

The Comisión Nacional de Energía de Chile (CNE) has launched a pilot that is based on the Ethereum’s blockchain.

The statement released by the CNE reads:

“Within the framework of the proposed objectives to gradually incorporate greater innovation to the energy sector, the Minister of Energy Susana Jiménez, announced that as of today, the National Energy Commission (CNE), will begin to use Blockchain technology to increase the levels of security, integrity, traceability, and confidence of the public information available, raising the standards that certify the quality and certainty of the data that is published to and from our energy sector.”

Join the conversation over at Telegram (https://t.me/coinstaker)

Image Courtesy of Evening Standard

The post Verv Registers First Blockchain Energy Trade in The United Kingdom appeared first on CoinStaker | Bitcoin News.

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dailycryptonews-blog · 7 years ago

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Verv Registers First Blockchain Energy Trade in The United Kingdom

Verv Registers First Blockchain Energy Trade in The United Kingdom Verv, the smart energy assistant, has achieved a new milestone for blockchain technology. The company has registered the first ever energy-related trade on the blockchain in the Verv Energy Transaction Back in November 2017,... Crypto Millionaire - Crypto News, Daily Bitcoin News, Crypto Daily, And ICO Review. Cryptocurrency News, And Review about technology, Finance, and Blockchain Verv Registers First Blockchain Energy Trade in The United Kingdom

Verv, the smart energy assistant, has achieved a new milestone for blockchain technology. The company has registered the first ever energy-related trade on the blockchain in the

Verv Energy Transaction

The trade took place on the Hackney Banister House Estate, that has solar panels installed on 13 of the blocks of flats.

VERV CEO & Founder, Peter Davies, explained:

Chile Works with Blockchain Technology

The Comisión Nacional de Energía de Chile (CNE) has launched a pilot that is based on the Ethereum’s blockchain.

The statement released by the CNE reads:

Join the conversation over at Telegram (https://t.me/coinstaker)

Image Courtesy of Evening Standard

The post Verv Registers First Blockchain Energy Trade in The United Kingdom appeared first on CoinStaker | Bitcoin News.

Source #bitcoin #news #cryptonews #cryptocurrency #dailybitcoinnew

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deborahringgold · 5 years ago

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Geronimo, First Solar Sign Series 6 Supply Agreement

First Solar Inc. has entered into a framework supply agreement with Geronimo Energy, a National Grid company.

Under the agreement, First Solar will supply 415 MW DC of its eco-efficient Series 6 photovoltaic (PV) modules in 2022. This latest transaction has grown the relationship between the two companies to over 1.4 GW DC of both systems and module technology sales.

“Geronimo sees value in optimizing our solar projects with the Series 6 module. Its benchmark-setting degradation rate and lifetime energy yields make it the right choice to support our mission to help repower the U.S.’ grid with clean, renewable electricity,” says Nathan Franzen, vice president of development at Geronimo Energy.

“First Solar and Geronimo have deep roots in the Midwest and a shared commitment to a sustainable future. A strategic partnership like this helps Geronimo continue its mission to repower rural communities with renewable energy projects through farmer-friendly development and local economic benefits,” he adds.

Designed and developed at the company’s research and development (R&D) centers in California and Ohio, First Solar’s Series 6 PV module focuses on quality, reliability, design and environmental performance, notes the company. With a carbon footprint that is up to six times lower than crystalline silicon PV panels manufactured using conventional, energy-intensive production methods, Series 6 delivers cleaner solar electricity.

First Solar recently expanded its manufacturing capacity to meet the demand for Series 6 modules, starting production at its new module manufacturing facility in Lake Township, Ohio, in October 2019. Representing over $1 billion in cumulative investment, the new facility expanded First Solar’s annualized manufacturing capacity in the U.S. to 1.9 GW DC.

Photo: Under the agreement, First Solar will supply Geronimo Energy with 415 MW DC of its high-performance, eco-efficient Series 6 PV modules in 2022

The post Geronimo, First Solar Sign Series 6 Supply Agreement appeared first on Solar Industry.

from Solar Energy https://globalsolarsupply.com/geronimo-first-solar-sign-series-6-supply-agreement/

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sheminecrafts · 7 years ago

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Solar project lending startup Wunder Capital raises $112 million as renewable energy shines

As renewable energy continues to gobble up more and more of the new energy capacity coming online, the solar project lending company Wunder Capital has raised $112 million in primarily debt financing to boost its business.

The 90 percent debt and 10 percent equity commitment came from the multi-strategy investment firm Cyrus Investments, which has backed renewable energy projects for years through its investment in RePower Group.

“The debt component is going to blow out the lending opportunity,” says Wunder chief executive Bryan Birsic.

Wunder chose to consolidate the debt and equity round with a single lead investor to simplify the negotiation process on both sides of the table, Birsic said. “Since Cyrus is an equity holder in the company we can come to better terms,” on debt facilities and repayment, he said.

Wunder lends money to commercial solar energy development projects throughout the U.S. and its business has been buoyed by a flood of demand for new solar energy projects coming online.

Since its launch in 2016, the company has financed more than 180 projects throughout the U.S., which are generating somewhere in the range of 50 megawatts (or enough electricity to power roughly 32,500 homes).

The Boulder, Colo.-based company makes money in three ways: It charges closing fees, a servicing fee and annual interest rate on the debt it provides — typically Wunder will pull in between 4 percent and 5 percent off of each loan it provides to a project.

And business… for renewable energy… is booming.

For instance, the industry appears to have shaken off concerns over price increases stemming from the tariffs imposed on solar panels as part of broad punitive measures President Trump has taken against China (which supplies most of the world’s solar panels).

“It was really pleasant to see that folks were less reactionary and more responsive to the data,” says Birsic. The headlines, Birsic explains, were worse than the reality for the industry. The headlines in January predicted a 30 percent tariff on solar panels, but banks thought those increases would ultimately result in a 3 percent price increase for residential solar installations and a 4 percent price increase for commercial solar.

Those price increases would only bring costs in line with what they were at the end of 2017, since over the course of the year prices on installations declined 10 percent, Birsic says.

“We’re very cool with the economics as it existed in 2017,” he said.

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dalepwithchari · 7 years ago

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Solar project lending startup Wunder Capital raises $112 million as renewable energy shines

Buy some great High Tech products from WithCharity.org #All Profits go to Charity

“The debt component is going to blow out the lending opportunity,” says Wunder chief executive Bryan Birsic.

Wunder lends money to commercial solar energy development projects throughout the U.S. and its business has been buoyed by a flood of demand for new solar energy projects coming online.

And business… for renewable energy… is booming.

Those price increases would only bring costs in line with what they were at the end of 2017, since over the course of the year prices on installations declined 10 percent, Birsic says.

“We’re very cool with the economics as it existed in 2017,” he said.

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Solar project lending startup Wunder Capital raises $112 million as renewable energy shines

#HotTrendsWithCharity.com #Solar project lending startup Wunder Capital raises $112 million as renewa

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