systems

Australia’s Clean Energy Regulator this week served search warrants at several residential and commercial addresses linked to a Perth-based solar PV retail and installation business as part of an investigation into a potential $1.5 million solar panel scam.

September 16, 2022 David Carroll

The Clean Energy Regulator (CER) confirmed on Friday that a Western Australian solar PV company is being investigated amid concerns it falsified information in Small Scale Technology Certificates (STCs) for about 500 solar panel installations worth about $1.5 million.

The regulator said the group, which sells and installs solar systems and acts as an agent for the Small-Scale Renewable Energy Scheme (SRES), is under investigation for allegedly preparing information about responsible installers and designers of around 500 solar panel installations.

Piet Powell, CER’s senior compliance manager, said the search warrants were aimed at uncovering evidence of misrepresentation to the regulator, resulting in STCs not being created correctly.

“The Clean Energy Regulator requires the highest standards of compliance and integrity in the Small Scale Renewable Energy Scheme for the financial incentives provided,” he said. “Agents, installers and retailers who fail to adequately ensure that they are eligible for the creation of STCs, or who are party to providing false or misleading information, may be subject to criminal, civil or administrative liability.”

Powell said there is no direct evidence that the installations are either unsafe or substandard, but CER is working with state regulators and homeowners will be contacted if concerns are found about the quality of the installation.

The CER said the investigation was unrelated to the search warrants executed in September 2021 and May 2022, while other potential fraudulent activity in the solar industry in WA was being investigated.

The investigation caps an unhappy few days for WA’s solar industry, with the state’s Consumer Protection Watch earlier this week warning homeowners looking to install a rooftop system to be cautious following a surge in complaints about performance claims, shoddy systems and workmanship.

Almost 40% of homes and businesses connected to WA’s main grid have rooftop solar.

Photo: Western Power

Consumer Protection said it received 67 consumer complaints this year about issues such as substandard parts, companies not responding or providing false and misleading information, and installers not using them, up more than 10% from the same period last year. due care and skill.

WA has a thriving rooftop solar industry, with more than 400,000 homes and businesses, or about 36% of customers on the state’s main grid, estimated to have rooftop solar. By 2030, this number is predicted to rise to 50%.

While the number of complaints received was small compared to the number of systems installed in WA this year, Acting Chief Executive of Consumer Protection Penny Lipscombe said the issues were an important reminder to consumers to thoroughly research who they plan to do business with.

“Before agreeing to buy a solar system, there are several important checks to make, including getting independent reviews and making sure your preferred supplier is accredited by searching the Clean Energy Council website,” he said.

“If the supplier’s verbal claims influence your decision, make sure they are included in the written contract and that you read all the terms.

“Solar installers are not allowed to use forceful or high-pressure sales tactics to get you to buy anything, and they cannot give you false or misleading information. They must also ensure that their products and services meet consumer guarantees.”

The electrical components of the system must be installed by a licensed electrician working under a licensed electrical contractor.

“You should ask to see these licenses and expect to receive electrical safety certification for the job,” Lipscombe said.

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HOUSTON, Alaska (KTUU) – The Matanuska Electric Association hosted a groundbreaking ceremony Wednesday morning for the site of a new solar farm in Houston.

The project will cover 45 hectares and will be six times larger than the Willow Solar Farm. Gov. Mike Dunleavy stood alongside project leaders to talk about the potential benefits of renewable solar energy for the several dozen people in attendance.

“This is just the beginning of the tremendous, tremendous power we can generate in Alaska,” Dunleavy said.

The farm will be the second of its kind and will become the largest solar array in the Matanuska-Susitna region as well as the state. Located off Hawk Lane near Houston High School, the array will consist of more than 6,000 foundation piles and 14,400 solar panels.

The project is the result of a four-way partnership, with Independent Renewable Energy Producers leasing the land, the Matanuska Electric Association buying the wholesale electricity, and CleanCapital financing and owning the project.

MEA CEO Tony Izzo said the cost of purchasing power is lower than anything they produce themselves, helping to diversify their fuel supply portfolio and making them less dependent on natural gas.

“We plan to continue to do whatever we can to reduce our carbon footprint and increase the diversity of our fuel supply mix, which will lead to increased reliability and lower costs for our consumers,” Izzo said.

This particular project is not expected to lower the price of electricity for MEA customers, but it is competitive with MEA generation, which helps stabilize rates.

Renewable IPP is an Alaska-grown company founded in 2017 by a group of four engineers. CEO Jenn Miller said she and her three partners were working in the oil and gas industry when they realized solar had the potential to bring cheap power to Alaska. . The company built Willow Solar Farm as a pilot project before expanding in 2019.

“We’ve hired all local workers to build this solar farm, and we’re building that practice across the state,” Miller said. “We are diversifying our energy supply for Alaskans. Because we have an isolated grid, we are responsible for buying all that energy, and so by diversifying it, it expands our Cook Inlet gas supply and brings in less carbon energy.

According to Miller, the lifespan of a solar panel is about 40 years, if not more. The double-sided panels are also designed to use light reflected off the snow, which stores energy during the winter months.

“When we get reflective light in the winter, it will bounce off the snow and produce it on the back of the solar panel,” Miller said. “February, March is that super-reflective sun, and when the daylight starts to come back, you know the sun is providing good energy for about 10 months of the year.”

Construction is already underway at the site as crews continue to drive foundation piles into the ground. Miller hopes to have all the stakes up before the season ends, so the panels and wiring can be installed next year. The panels are expected to be released next summer.

Copyright 2022 KTUU. All rights reserved.

According to Interesting Engineering, 26-year-old innovator Ben Novak has developed a way to generate solar energy at night. Nowack is a former SpaceX employee and is currently the CEO of Tons of Mirrors. His company’s main goal is to replace fossil fuels by making solar energy cheaper and more accessible than ever.

(Photo: JALA MAREY/AFP via Getty Images)
Solar panels are pictured on the surface of a reservoir in the Israeli-annexed Golan Heights on the border with Syria on September 4, 2022.

Plan

Nowack plans to install a special facility on the International Space Station (ISS) with large mirrors and a collimator device to direct nighttime sunlight to solar panels on our planet.

With this, the ISS will function as an orbital solar reflector. For Nowack, his original plan was to surround the Earth with a long vacuum tube that would direct sunlight using mirrors in space. But he made changes to this idea because he was not frugal.

Instead, he created a structure consisting of multiple parabolic mirrors and collimator plates. Nowack thinks this design is scalable, efficient and cost-effective.

Researchers at the University of Glasgow are working on space-based satellite solar reflector technology that will allow large solar farms to receive enough sunlight during peak energy demand.

In addition, China plans to launch three artificial satellites into space by the end of the year, capable of generating bright lights that could replace street lights in the country.

Nowack told Vice, “With solar panels out there today, it’s a $20 billion a year industry. What I’m building is bigger than the markets they have right now. If it’s an electric solution, and let’s say 200 years from now, it’s going to replace fossil fuels. it’s a $17 trillion market.”

Also read: ‘Solar Facade’: These Installed Solar Panels Produce 50 Times More Energy Than Standard Panels!

The future

Nowack is currently raising funds to purchase the collimator plates installed on the ISS. In addition, it plans to launch satellites equipped with the same technology in the future.

This does not come without challenges. In fact, there are several challenges when it comes to space-based solar reflector technology. First, the amount of light directed can harm animals, plants, and insects if not properly controlled. It also needs a large area in space.

Nowack is working hard to overcome these challenges and believes that collimator plates could shut down fossil fuel plants around the world. In the future, we may use space-based solar reflector technology to power Earth.

When people think about solar energy and its potential, many think about the cost of installing solar panels on rooftops or the limitations of the technology. But these perceptions are changing with new innovations and advancements.

Apart from space-based solar reflector technology, there are other types of solar energy that people can use. Although the cost of installing solar panels on roofs is still high, it is becoming more affordable.

Related article: The new solar cell uses night vision technology to generate electricity even in complete darkness

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Written by April Fowell

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Increasing integration of concentrated solar power plants with conventional power plants for hybrid power generation offers value-adding opportunities Increasing focus of governments on using renewable resources to produce energy cements

WILMINGTON, Del. , Sept. 13, 2022 /PRNewswire/ — TMR analysts estimate the concentrated solar power (CSP) market to grow at a CAGR of 20.7% during the forecast period from 2021 to 2031. The growing popularity of solar energy is fueling the growth of the concentrated solar power market, complemented by technological advancements for solar power generation. In addition, the increasing application of thermal storage systems as well as the new model of hybridization of concentrated solar power plants with thermal power plants create opportunities in the concentrated solar energy market.

Solar energy attracts the development of concentrated solar energy, being one of the more efficient and cost-effective alternatives to other traditional energy sources. To reduce the initial capital and operating costs of concentrated solar energy, the role of stakeholders is driving players to explore opportunities to serve the future demand for solar energy.

Technological advances in solar-to-electricity conversion are helping the development of solar energy in general. The high efficiency of converting solar energy into electricity for commercial applications is attracting investment and thus expanding future market prospects for concentrated solar energy.

Focusing on innovative strategies by leading players to serve the growing demand for clean energy to push boundaries. Sensible players are launching initiatives to serve the growing demand for clean energy in developing countries to reduce their carbon footprint.

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Concentrated Solar Power Market – Key Findings of the Report

Globally, solar power generation using renewable energy sources is the focus of vital energy stakeholders. To this end, governments provide funds and subsidies for the development of the necessary infrastructure for concentrated solar power plants. The increasing demand for energy in various end-use areas makes it necessary to reduce dependence on conventional energy. Governments in various developing countries supplement their commercial electricity demand with concentrated solar power. An alarming increase in global warming and greenhouse gas emissions is the development of renewable energy sources. In addition, rising costs of conventional energy and concerns about the depletion of fossil fuels provide the greatest opportunity for the concentrated solar energy market, characterized by sustainability and efficiency. Europe has a leading share of the concentrated solar power market. Increasing investments for large-scale renewable energy production and installation of concentrated solar power plants make the region the largest producer of energy under CSP technology. energy technology in commercial power plants. Parabolic trough, solar tower, and linear fresnel are the major market segments in the concentrated solar power market in terms of product. The Tower technology segment is growing exponentially due to its integration with traditional thermal power plants; dish sterling technology is being implemented in pilot projects and demonstration activities.

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Concentrated Solar Power Market – Growth Secured

The focus on increasing the share of renewable energy as growing concerns about future energy supply is driving the growth of the concentrated solar power market. Due to its cost-effectiveness and sustainability, large-scale initiatives for the development of solar energy are highlighting the growth

Concentrated Solar Power Market – Key Players

Some of the key players operating in the concentrated solar power market are;

Abengoa Solar SA GDF SUEZ BrightSource Energy Inc. Ibereolica Group NextEra Energy Resources LLC

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The concentrated solar power market is segmented as follows;

Concentrated Solar Power Market by Product

Parabolic Trough Solar Tower Line Fresnel Dish Stirling

Concentrated Solar Power Market by Region

North America Europe Asia Pacific Latin America Middle East and Africa

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Ping Solar is a well-known solar panel installation company. In a recent update, the agency outlined the main benefits of installing a solar home system.

Raleigh, NC – In an article on the Ping Solar website, he outlined the main advantages of installing a solar system at home.

The solar panel installation experts at Ping solar began by saying that installing solar panels at home helps homeowners save electricity. The team explained that one of the most practical benefits of using a solar home system is that it allows homeowners to lower their monthly electricity bills. The group stressed that electricity and other bills have recently increased. So it only makes sense for homeowners to do their due diligence to look for ways to lower their monthly payments. Installing a solar home system is a great way for homeowners to reduce their electricity bills, the group said. The team confirmed that an off-grid installation would allow homeowners to eliminate electricity in their homes. So they will reduce the electricity bill by 100%. Although the initial installation cost may seem high, it pays for itself as the team assures homeowners that they will not spend on electricity when properly installed. The agency added that homeowners can use the money they could have spent on electricity for other projects.

Leading solar panel experts have emphasized that installing a solar system at home guarantees an exponential reduction in negative environmental impacts. The team noted that solar power has increased significantly in many parts of North Carolina. The group said the increase was due to increased awareness of the negative impacts caused by fossil fuel consumption. The agency said the use of traditional energy sources such as oil, coal and natural gas is causing global warming. Also, their use releases dangerous gases into the atmosphere. Gases pose a serious threat to humans, animals and plants. The team added that conventional energy is quickly depleted and non-renewable, making the ecosystem unsustainable. The team reported that these negative effects of traditional energy sources have led to an increase in the use of solar energy. Solar energy comes to promote environmental sustainability. The solar system provides clean energy without leaving a carbon footprint on the environment. Again, it can be restored to ensure a friendly ecosystem and minimize environmental exploitation.

In addition, the agency highlighted that installing solar power in North Carolina helps increase home values. The team said property owners planning to sell their homes should consider installing solar panels to increase the value. Real estate experts prefer homes without solar systems, the group said. They added that homeowners will not only get back the money they used to install the solar panels, but also be entitled to a higher bid. A rooftop solar system gives the property an attractive feel and sets it apart from other properties. So prospects can offer great deals.

About Ping Solar

Ping Solar is a top rated solar panel installation company serving North Carolina and its surrounding areas. Their team works with a network of vetted solar panel installation companies across the US. They only work with reputable, insured and reliable solar panel installation companies to ensure their customers get the best experience possible. They match customers’ specific solar needs with an experienced provider in their area!

Contact the media
Company Name: Ping Solar
Relevant person: Andrew Ehlert
Email: Send an email
Phone: 9198027123
Address:150 Fayetteville St Suite 400
City: Raleigh
State: NC 27601
Country: United States of America
Website: https://pingsolar.com/