Solar Energy

WASHINGTON, Jan. 31, 2023 (GLOBE NEWSWIRE) — The Global Solar Energy Market is estimated to be valued at USD 175.6 billion in 2021 and will reach USD 256.2 billion by 2028 at a CAGR (Compound Annual Growth Rate). is predicted to reach 65. % during the forecast period of 2022-2028.

Market Overview

Key factors expected to accelerate the growth of the Solar Energy Market during the forecast period are mentioned ahead. The unpredictability of fossil fuel prices, the need to reduce dependence on fossil fuel imports from politically unstable regions, environmental concerns about greenhouse gas emissions from fossil fuel use, government incentives and other support programs that make the Solar Energy Market more competitive, and changes in consumer preference for Solar Energy as a whole These are important factors that determine the growth of the market.

By 2028, we predict that the residential category will account for more than 37% of total sales in the Solar Energy Market. The rapid development of the industrial sector and the availability of affordable renewable energy have created a huge growth potential for the use of Solar Energy Market. industrial sector.

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Market dynamics

Increasing Solar Industry Investments by Nations Pursuing Green Energy Goals

A global energy shift is urgently needed to keep the average increase in surface temperature to around 2° Celsius. As a result, the market will grow as the installation of renewable energy sources increases dramatically in the coming years. With energy-related carbon dioxide emissions accounting for two-thirds of all greenhouse gases, the transition from fossil fuels to low-carbon alternatives will be critical. The market size has benefited from the introduction of new energy targets by various governments to promote the transition to sustainable energy. By the end of 2023, Brazil wants to obtain 42.5% of its primary energy from renewable sources.

Increasing Use of Renewable Energy Sources Will Boost the Market

Considered the best possible replacement for traditional energy sources such as coal and oil, renewable energy sources help minimize carbon emissions and serve as a cost-effective daily energy supply. More than 29% of the electricity produced in the world comes from renewable sources. It is expected to significantly increase and expand the market in the coming years. Energy production and consumption in developing countries is directly affected by population growth. With the growing need to reduce carbon emissions, energy production from renewable sources is the best substitute for conventional energy sources. For example, the price of coal and oil products is constantly increasing. Another option for expanding the Solar Energy Market sector is the construction of new grids and mass storage systems by utilities to use energy produced from renewable sources.

Top Players of Global Solar Energy Market

Abengoa SE (Spain) Acciona SA (Spain) Canadian Solar Inc. (Canada)Esolar Inc. (USA) United Renewable Energy Co. Ltd. (Taiwan) Sunpower Corporation (USA) Kaneka Corporation (Japan) Tata Power Solar Systems Ltd. (India)Wuxi Suntech Power Co. Ltd. (China)Brightsource Energy Inc. (USA)

For More Information on Solar Energy Market Players and Detailed List Download Report PDF Brochure

Top Trends in the Global Solar Market

One trend that Vantage Market Research (VMR) expects to see in the Solar Market industry is expanding environmental concerns. According to estimates, the demand for solar energy will increase due to the emission of dangerous greenhouse gases that cause air pollution and because it is a renewable and clean energy source. This is another trend that VMR predicts will continue in the Solar Market. increasing development in technology. Advances in Solar Market technology have led to a variety of solar powered products including solar water purifiers, solar air conditioners, solar trees, solar outlets and others. These are expected to create huge growth potential in the coming years.

Top Report Results

Based on technology, most of the Solar Energy Market revenue is driven by the photovoltaic systems category. Due to the large market demand for solar systems, the size of photovoltaic systems can vary widely, from small rooftop or portable systems to utility-scale mass production plants. A major share of Solar Energy Market revenue is controlled on the basis of Solar Module. polycrystalline category. A photovoltaic cell in a polycrystalline solar cell contains several silicon crystals, which makes them more environmentally friendly than monocrystalline solar cells because no waste is generated during production. On the basis of applications, major share of the Solar Energy Market revenue is driven by the industry category. The rapid growth of the industrial sector and the availability of affordable renewable energy has created a huge growth potential for the use of Solar Energy Market in the industrial sector. On the basis of End Uses, the majority of Solar Energy Market revenue is driven by the electricity generation category. economies’ increasing demand for electricity and increasing urbanization. Increasing efforts by the government to promote renewable energy sources and reduce dependence on coal-based power is expected to drive the market expansion. These efforts aim to reduce emissions and improve air quality.

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Recent Developments in the Global Solar Market

The International Renewable Energy Agency (IRENA) has stated that renewable energy should provide at least 30% of global electricity by 2030. To achieve this goal, the installed capacity of solar PV needs to reach 200 gigawatts by 2030.

In the Solar Energy Market, the Photovoltaic Systems Category will gain more than 59%

The Solar Energy Market is an expensive investment. Vantage Market Research has analyzed the Solar Energy Market market to understand its current state and potential future growth factors. For better understanding, technology-based Solar Energy Market is segmented into photovoltaic systems and concentrated Solar Energy Market systems.

The Solar Energy Market market is expected to experience the highest CAGR for the photovoltaic systems category during the forecast period. A sustainable approach that promotes the use of renewable energy is the use of photovoltaic cells in the construction of solar panels for residential buildings or the installation of solar-powered street lights. Both economic and environmental sustainability are ensured by solar photovoltaic cells.

On the other hand, the Concentrated Solar Power Market systems category is expected to grow significantly during the forecast period. It mainly refers to the large-scale Solar Power Market, which produces industrial use of concentrated solar electricity. The operation of the Concentrated Solar Energy Market is free from carbon pollution. It can store energy outside of daylight hours and has excellent efficiency and low operating costs.

Asia Pacific to generate 53% more revenue in Solar Energy Market

Asia Pacific Solar Power Market dominates the market and this dominant trend will continue during the forecast period. One of the major factors driving the growth of the Solar Energy Market in Asia Pacific is increasing urbanization, increasing disposable income, busy lifestyles, increasing internet penetration and increasing smartphone adoption. In addition, the industry is supported by a large young population and a growing desire for sustainable development and renewable energy.

Explore market information spread across 149 Pages and in-depth TOC in Solar Energy Market Forecast Report (2022-2028).

Global Solar Market Segmentation

With technology

Photovoltaic Systems Concentrated Solar Energy Market Systems

With Solar Module

Monocrystalline Polycrystalline Cadmium Telluride Amorphous Silicon Cells Other Solar Modules

By application

Residential Commercial Industry

According to last use

Electricity, Lighting, Heating, Charging

By region

North America

United States Canada Mexico

Europe

Germany England France Italy Spain Rest of Europe

Asia Pacific

China Japan India South Korea Southeast Asia Rest of Asia Pacific

Latin America

Brazil Argentina Rest of Latin America

Middle East and Africa

GCC countries Southern Africa Rest of MEA

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Scope of the report:

Report AttributesDetailsMarket Size 2021 USD 175.6 Billion Revenue Forecast to 2028 USD 256.2 Billion 2022 to 2028 Forecast 2021 2022 to 2028 Key Players Abengoa SE, Acciona Soo Inc. , Tata Power Solar Systems Ltd., Wuxi Suntech Power Co. Ltd., Brightsource Energy Inc. Customization Options Customized purchase options are available to meet any research need. Explore custom purchase options

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At Vantage Market Research, we provide high-quality, quantified B2B research across more than 20,000 emerging markets and in turn help our clients identify the pipeline of opportunities for their businesses. As a competitive intelligence market research and consulting firm, we provide end-to-end solutions to our client enterprises to achieve their critical business objectives. Our customer base includes 70% of Global Fortune 500 companies.

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JA Solar has worked with Chinese scientists to test a new electric heating system for solar panels that uses heat from uncovered panels to clear snow. The system starts by using mains electricity, but then relies on the heating effect of the resistance to evenly heat the entire PN junction area of ​​the snow-covered panels.

January 30, 2023 Emiliano Bellini

Chinese scientists have developed a new snow removal system that uses very little grid electricity for off-grid and grid-connected PV systems.

A “domino-like snow removal system” (DSRS) uses electricity from outdoor PV modules to remove snow from solar arrays.

“With high snow removal efficiency, it is almost free of utility energy consumption,” said researcher Wen Liu pv magazine. “The snow removal principle has been confirmed to have no adverse effect on the performance of PV modules through experiments conducted in collaboration with JA Solar, a Chinese PV module manufacturer.”

The string that removes the snow first provides power for subsequent snow-covered strings in a sequence they liken to falling dominoes, the researchers said. The system only uses grid electricity with the first panels, as the PV electricity is responsible for subsequent snow removal.

The DSRS is connected to each of the PV system strings via tee-type MC4 connectors and PV cables. It uses the resistance heating effect to uniformly heat the entire PN junction area of ​​the PV modules.

“Heat is transferred to the snow layer through the EVA film and tempered PV glass, which causes the snow to melt,” the Chinese team said, noting that the system is based on a maximum power point tracker (MPPT) algorithm that activates electricity. extraction process with the use of high sunlight.

“The process of snow melting occurs on the surface of the PV modules, which is considered as one-dimensional heat transfer perpendicular to the surface of the PV modules,” the scientists said.

The researchers tested the prototype system in a real winter snowpack environment and found that it could achieve “good” snow removal in environments with a minimum tilt angle of 27 degrees, a minimum temperature of -14.8 C, and minimal fluctuating solar radiation. 248 W/m2 in off-grid mode.

“The DSRS can deal with different types of snow with a density of 121.05 kg/m3 to 480.10 kg/m3 and a thickness of 15.5 mm to 32.5 mm,” they said.

They said the system could cost between CNY 0.17 ($0.025)/W and CNY 0.29/W installed on PV systems ranging from 10 kW to 30 kW. The payback period is estimated between 2.9 and 4.3 years.

“The bill of materials (BOM) for this add-on box is less than $500, and it can be installed with just a few more power cables and three port connectors, so the cost is really low,” Liu said. “To the best of my knowledge, there is no low-cost solution for snow removal so far, and I believe this technology can be widely applied.”

The research team presented the system in a book, “A Novel Domino-like Snow Removal System for Rooftop PV Arrays: Feasibility, Performance, and Economic Benefits,” recently published in the journal Applied Energy. The team includes scientists from the University of Science and Technology of China, Xiong’an Innovation Institute and JA Solar.

“This paper presents a systematic study on the feasibility, performance and economic benefits of a domino-type snow removal system and confirms that it is an excellent solution for snow removal on PV modules and has great potential for PV deployment in snow-covered areas. several months in the winter,” the group concluded.

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In August 2021, two wildfires surrounded the Northern Cheyenne Indian Reservation in central Montana. By August 11, more than 175,000 acres were ablaze, and all residents of Lame Deer, the largest town on the reservation, were asked to evacuate.

Several communities lost power and cell service, and the local Boys and Girls Club set up door-to-door food delivery. Some of those forced to evacuate were staff at Covenant Tribal Solar Initiative, a nonprofit that supports tribal communities’ transition to solar power and the development of renewable energy workforces.

Wildfires like those surrounding Northern Cheyenne — which may get worse because of climate change — exemplified the urgent need for Covenant’s work.

About one-quarter of U.S greenhouse gas emissions come from electricity, so transitioning to renewable energy like solar power is an important part of reducing the nation’s overall emissions.

Climate change is already affecting tribal communities across the U.S. — affecting the ability to gather traditional foods and medicines, drinking water quality in rural communities, and more. In places like Montana, climate change-driven warmer temperatures, drier soils, and reductions in snowpack may make fire season worse.

For tribes like those Covenant Solar works with, the switch to solar power is urgent to mitigate the long-term impacts of fossil fuels. But it is also a way to strengthen tribal self-determination through workforce development and energy independence from often exploitative, non-Native-run utilities.

“We are disrupting the broken fossil fuel-based energy system,” says Covenant Solar founder Cheri Smith. “This is economic development with really high human impact.”

Both Northern Cheyenne and the Standing Rock Sioux Reservation, where Covenant Solar works, are on the front lines of the fight for a renewable energy future to combat climate change. At Northern Cheyenne, the battle was against coal mining.

In 2016, after years of organizing by community members — including by Vanessa Braided Hair, Covenant Solar’s advocacy and community engagement manager — Arch Resources (then called Arch Coal) withdrew its application to mine 1.3 billion tons of coal at Otter Creek, near the reservation.

At Standing Rock, the battle is against the Dakota Access oil pipeline, part of which runs under the Missouri River on the reservation. In summer 2016, thousands of activists, known as water protectors, gathered along the Cannonball River to protest the construction of the pipeline.

Oil began flowing in May 2017, though activists continue to call on President Biden to shut down DAPL. During the 2016 protests, Cody Two Bears, one of the co-founders of Covenant Solar, helped organize a fundraiser to get 300 kilowatts of solar power installed on the reservation.

Today, Covenant Solar is using the solar panel purchased with donated funds as a demonstration project and training opportunity.

“The majority of solar work being done on reservations don’t address core issues of poverty and lack of an economy,” Smith says. “[These one-off projects] are fine, but oftentimes what happens is when systems are donated, they’re dumped there and then the donor goes away, and the tribe is left with a hulking mess.”

Not all tribes have the staff, technical knowledge, or funding to operate or maintain the specialized machinery solar energy requires. That’s why Covenant Solar is taking a different approach.

The company is not interested in short-sighted solar installation projects. It wants to create a self-reliant, renewable energy economy that lasts long past the media buzz. And that’s no small task.

“This is a first-of-its-kind approach. There’s no template,” Smith says. “Our long-term goal is return to self-determination and restoration of hope.”

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A Replacement for Fossil Fuels

Robert Blake, founder of the Minneapolis-based solar installation company Solar Bear and the nonprofit Native Sun Community Power Development, has a similar vision. He is developing a solar microgrid on the Red Lake Reservation in Minnesota, where he is a member.

Like Northern Cheyenne and Standing Rock, the Red Lake Reservation faces a similar fossil fuel fight. Enbridge Energy’s Line 3 pipeline expansion, proposed in 2014, would cross three reservations as well as wetlands in Minnesota where tribes hold treaty rights to hunt, fish, and gather wild rice.

Indigenous people and environmental activists have been protesting the expansion for years, with action ramping up in the past few months. Between November 2020 and August 2021, more than 700 protesters were arrested.

Blake believes tribes are key to the United States reaching its climate goals, and that investment in renewable energy is an essential part of that puzzle.

“Those old fossil fuel forces have a stranglehold on our system,” Blake says. “There’s no way we’re going to get off of fossil fuels unless we have something else on the market.”

Covenant Solar and Native Sun both take a systems-based approach to renewable energy development. In addition to solar installation, workforce development and technical training are key aspects of their work — with a long-term goal of establishing tribally owned solar utilities.

Today, Covenant Solar is helping develop three megawatts of solar power at Northern Cheyenne that will provide power for utilities, homes, and businesses. The dozen solar panel installers Covenant Solar trained at Northern Cheyenne are now going to other tribal communities in the Great Plains to train tribal community members to be solar installers and get jobs in the field of renewable energy.

Though these projects may seem small-scale — a megawatt here, a few kilowatts there — they represent a large chunk of the solar economy in their states. Montana, where the Northern Cheyenne Reservation, has six utility-scale solar installations that generate 17 megawatts of electricity.

The installation under development with Covenant Solar would bring that total to 20 megawatts. North Dakota, where the Standing Rock Reservation is, has zero utility-scale solar installations.

But tribal lands also possess immense potential: Tribal lands in the lower 48 have an estimated 17,600 billion kilowatt hours per year of solar energy potential. That’s a staggering 4.3 times the U.S.’s total electricity generation in 2020, only 2.3% of which came from utility-scale solar electricity.

On the Red Lake Reservation, Native Sun is working to install 17 megawatts of solar power, including five megawatts on tribal buildings and a 12-megawatt solar farm. The reservation already has 67 kilowatts of solar power helping power its government building and 240 kilowatts on its job training center.

Like Covenant Solar, an important part of the work at Red Lake is workforce development to ensure that community members are in charge of installation, operations, and ongoing maintenance of the solar panels.

Native Sun also partners with the Minnesota Department of Corrections to train local formerly incarcerated people in solar installation and site evaluation.

“We need our own electricians, our own people servicing our communities,” Blake says. “Energy runs the entire community. We really need to have our own tribal utilities.”

(Pixabay/Pexels)

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A History of Exclusion

Energy development on tribal land has long been stymied by federal regulations.

When the Rural Electrification Act passed in 1936 to expand electricity to rural communities throughout the nation, tribes were not expressly discriminated against, but bureaucratic barriers made it nearly impossible for tribes to access loans.

Barriers persist to this day. Federal government approval to develop energy projects on tribal land can be a long and confusing process. The type of regulatory oversight depends on the size of the project, who is funding it, and where the tribe is.

That oversight may come from the Bureau of Indian Affairs, the Bureau of Land Management, the Office of Natural Resources Revenue, or the Environmental Protection Agency.

In 2005, the Energy Policy Act established Tribal Energy Resource Agreements, or TERAs, which were meant to increase regulatory control held by tribes themselves over their own energy resources.

But tribes have identified several problems with TERAs.

First, not all tribes qualified: the Secretary of the Interior had the discretion to determine whether tribes had the capacity to manage energy resources.

Further, TERAs allowed tribes to take over certain approval activities previously performed by the federal government, but did not allow tribes to perform any “inherently federal functions.”

What constitutes an “inherently federal function” has never been defined. All of these issues mean that since 2005, not a single tribe has entered into a TERA, though several have tried.

In 2018, Congress responded to these issues by passing amendments updating TERA regulations to restrict the Secretary of the Interior’s ability to reject a TERA and to remove the requirement for the secretary to judge tribal energy development capacity. The Department of the Interior has yet to implement these new regulations.

“The majority of tribes—especially those in the plains states where energy-related poverty is especially rampant—don’t have the resources to navigate these barriers to renewable energy development,” Smith says.

That’s where Covenant Solar comes in.

Founded by a mix of tribal community leaders and renewable energy experts, Covenant Solar’s team provides pro bono consulting to tribal governments.

“When the size and scope of a project triggers regulatory scrutiny, we are there as a buffer and trusted subject matter expert to ensure that the best interests of a tribe are upheld,” Smith says.

Working with nontribal-run utilities is rarely easier than dealing with lengthy regulatory processes. In the Great Plains, where Covenant Solar works, reservations often face discriminatory utility pricing, Smith says, with monthly rates as often twice or three times the Montana average of 11.53 cents per kilowatt hour.

Blake sees the same issue in Minnesota. “The system is set up to prey on our tribal communities,” he says. “They’re like predatory lenders. It’s predatory servicing! There are so many fees on top of fees.”

Solar power run by tribal communities themselves thus offers the opportunity to reinvest the money saved on utilities back into their communities. “This is a self-determination issue,” Blake says.

“Red Lake spends about $40 million [annually] off the reservation for the electricity bill. We’re trying to cut that in half. What would $20 million in our community look like?” That kind of investment could go a long way on a reservation with an average income of $10,236 per capita and a poverty rate of 36.3%.

Smith agrees. “In a home that’s stricken by poverty, if you can eliminate a big percentage of that electric bill, those savings go to food, to medicine, to clothing,” Smith says.

“If you offset that for the tribal government itself, you can get better services, better medical infrastructure, better safety infrastructure.”

Tribally run renewable energy has the potential to positively impact the entire tribal economy. Smith sees it as “truly momentous and hopeful work.”

Getting utility companies to agree to support a tribal microgrid has not been easy for Native Sun.

The company’s interconnection agreements — required approval from the utility company to connect to the electrical grid — often stalled out, Blake says.

Because the tribe is one of the local utility co-op’s largest customers, the company stands to lose a lot of money if the tribe creates its own energy system.

“They don’t want us using batteries. They don’t want us using solar,” Blake says. “They want us to be dependent on them, and they put up all kinds of barriers.”

Another issue Native Sun ran into was what to do with the excess energy that their new solar farm will produce.

First, they proposed selling it back to the local utilities co-op, a common practice called “net metering.” The utility co-op refused. Instead, the tribe will charge its extra energy to a 40-kilowatt battery, using a system called solar-plus-storage.

While this will benefit the community — they plan to use their solar batteries to power lights for evening events like pow wows and basketball games — it also means the tribe is losing out on potential revenue generation from its solar energy.

“There’s not a lot of [outside] interest in seeing tribal nations transition into these renewable energy microgrids,” Blake says.

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Taking Back Power

Because so many of these roadblocks come down to policy decisions, it’s clear that tribes need a seat at the table when it comes to managing energy resources.

One way Covenant is making its work self-sustaining is by creating a revolving fund in which tribal communities contribute some of the money they earn from solar power, while other tribes can pull money out to develop their own solar installations.

Right now, Covenant’s projects are funded by a combination of tribal funds, Department of Energy grants, and individual donations. Smith estimates the revolving fund will be solvent in three to five years.

This will create a tribal solar energy ecosystem and ensure tribes aren’t reliant on chasing down short-term, external grants or donations for their solar energy infrastructure, which would threaten the stability and long-term sustainability of these projects.  

Beyond tribally run utilities, Blake thinks tribes should also create tribal utility commissions that work alongside public utility commissions.

In the U.S., public utility commissions are state-run bodies meant to regulate companies that provide public services, such as electricity, natural gas, and water.

By forming tribal utility commissions, Blake hopes tribes will have a greater say in policies that directly impact tribal communities’ ability to develop economically, address climate change, and strengthen their self-determination.

Not all tribes see it that way, and development or sale of oil, coal, and natural gas resources still offer strong economic incentives.

The Crow Tribe, for example, which lies just west of the Northern Cheyenne Reservation, signed a deal with Cloud Peak Energy Inc. in 2013, allowing them to mine 1.4 billion tons of coal from the reservation.

The Council of Energy Resource Tribes estimates that traditional energy sources in Indian Country — including oil, natural gas, and coal — could generate $1.5 trillion in revenue.

But investment in fossil fuels isn’t a long-term solution: U.S. fossil fuel use declined by 9% in 2020 and research shows that fossil fuels are a vulnerable and declining industry.  

For Blake and Smith, this is all the more reason to create renewable energy economies. The fossil fuel industry won’t last forever, and tribal communities can be part of a climate-conscious solution today.

“We need to stop fossil fuel from encroaching,” Smith says. “But, what’s next? This is the ‘what’s next.’”

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This article was originally published by YES! Magazine

SJVN, GRIDCO to Joint Venture to Develop 2,000 MW Solar and 1,000 MW Hydro Projects in Odisha

Reading time: 5 minutes

Renewable energy growth in Malaysia is hampered by unrealistic targets and lack of robust policies, report says

Malaysia aims to reach 31% of its total energy production from renewable energy sources by 2025 and 40% by 2035. Neither goal is very realistic, as only 3.3% of electricity is currently generated from renewable sources. According to GlobalData, a leading data and analytics company, Malaysia is expected to achieve only 5.5% of electricity generation from renewable energy by 2025 and 6.6% by 2035 based on the current growth trend.

Super Energy Corporation Begins Commercial Operation of Solar Power Plant with Battery Project in Thailand

Super Energy Corporation Public Company Limited announces that the battery project solar power plant of SUPER’s subsidiary Super Solar Hybrid Co., Ltd. (SSH) has supplied commercial electricity to the Electricity Generating Authority of Thailand (EGAT). 16 MW power purchase agreement (PPA). The factory is located in Han Sai Peninsula, Mueang Aranyaprathet District, SraKeaw Province. As a result, the SPP Hybrid project received financial support from the Bank of Ayudhya Public Company Limited and distributed electricity to commercial operation after the project.

SunRoof Raises €13.5M to Expand Solar Roof Systems in Europe and US

Following the first closing announced in September, solar energy pioneer SunRoof announces a €13.5 million extension with new investment from a syndicate of leading European climate technology investors, including the World Fund, Nordic Alpha Partners and L&G Capital. The extension brings SunRoof’s total growth round led by Klima Energy Transition, Alantra’s growth equity fund, to €28.5 million and will be used to implement its expansion plans in Europe and the US. SunRoof is a Swedish startup revolutionizing the capture and use of renewable energy through a solar roof system.

Advancecon Holdings Offers Private Placement to Raise Funds for Solar PV Project

Advancecon Holdings Bhd is proposing a private placement of up to 20% of its total share base to raise RM21.85 million to finance the development of a solar PV project under the Large Scale Solar 4 @ MEnTARI programme. According to a Bursa Malaysia filing, the private placement will see the issuance of approximately 96.67 million shares to third-party investors. The release price will be determined later. Advancecon had 483.37 million shares outstanding as of January 9, 2023. Advancecon allocated RM21.74 million for the development of a solar PV power generation facility under LSS4. The remaining RM110,000 will be used to cover the estimated cost of the proposed placement.

Milli Power Berhad Interested in Exploring Renewable Energy Sources in Nusantara, Indonesia

Tenaga Nasional Berhad (TNB) through the Ministry of International Trade and Industry (MITI) has submitted a Letter of Intent (LOI) to the Chairman of the Nusantara Administration (Otorita Ibu Kota Nusantara (IKN)), Minister Tengku Datuk Seri Utama Zafrul Tengku Abdul Aziz. ). The LOI expressed TNB’s interest in participating in the exploration and development and operation of energy solutions in IKN Nusantara, Indonesia across various existing technologies such as gas, solar, wind, water and battery storage. TNB is also interested in exploring any opportunity. Global City for All, in Grid interconnection business through collaboration with PT Perusahaan Listrik Negara (PLN) to develop safe and reliable high voltage transmission infrastructure in IKN Nusantara.

ACEN Adds 300 MW of Solar Power Capacity at Palauig Solar Farm in the Philippines

ACEN, Ayala Group’s listed energy platform, is increasing its renewable energy portfolio in its home country of the Philippines by starting construction of the 300MW Palauig 2 Solar Farm located in Zambales, one of the country’s most irradiated regions. zones and solar energy potential. The new development, including the construction of a 1,200 MW transmission line near ACEN’s operational 63 MW Palauig 1 Solar project, is estimated at ₱16 billion. The 540 MWp high-efficiency solar panels will be supplied by module manufacturer Seraphim.

Pertamina Supports Southeast Asia’s First Net Zero Industrial Cluster

Pertamina continues to fulfill its commitment as a driving force of the energy transition in Indonesia. In cooperation with Jababeka, Pertamina provides an energy mix through the development and development of more environmentally friendly energy. This collaboration resulted in a 230 kW Solar Power Plant (PLTS) supporting the electricity needs of the first Net Zero Industrial Cluster in Southeast Asia. Jababeka is also one of the 12 Net Zero Industrial Clusters worldwide. This move is a strategic collaboration between Pertamina and Jababeka to be active in efforts to create a clean energy ecosystem in Indonesia and around the world.

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It’s been more than a decade since Tesla introduced its first functional electric vehicle (EV) in a transition away from gas-powered engines. The EV market has boomed in the past few years. By 2028, the EV market is expected to reach $137.43 billion. In turn, leading automakers are changing their vehicle lineups to include more electric and hybrid options.

But Tesla continues to lead as the world’s largest EV company. However, Tesla is not a car company focused on improving technology and renewable energy strategies.

Tesla’s EV Battery Innovations

With a mission to “accelerate the world’s transition to sustainable energy,” Tesla has introduced various battery technology improvements. For example, in 2021, Tesla announced that it will change the type of battery cells it uses in its car lineup. Instead of lithium-ion batteries, cars will now use lithium iron phosphate batteries. This keeps costs down while increasing the EV’s range to 400 miles.

In addition, cobalt was no longer needed – a key ingredient in previous battery models that often drove up car prices. Although batteries use less energy, Ford Motors and Volkswagen have shown interest in cheaper batteries.

One of the main concerns with electric cars is that the batteries only last a few years before they need to be replaced. However, last year Tesla engineers demonstrated a four-million-mile-long battery that, under the right conditions, could outlast humans.

These innovations reduce the cost of manufacturing EVs and in turn reduce the purchasing costs of consumers.

Tesla takes on solar power

Tesla also has a stake in the solar energy market. Although Tesla started as an EV company, it has shifted its focus to solar energy. That explains its $2.6 billion purchase of Solar City, a company specializing in solar energy services for residential and commercial customers, in 2016. In the coming years, Tesla CEO Elon Musk said that the company’s solar business is ahead of EVs.

Tesla’s Solar Roof, introduced in 2016, is cheaper than traditional solar panels and cuts the middle between building a roof and installing solar panels. This makes the Solar Roof unique because it doesn’t simply place solar panels on top of an existing roof, but instead uses “minimalist” solar panels to create a new roof with no visible grid. According to Tesla’s website, the company has installed more than 4.0 gigawatts (GW) of solar power on 480,000 rooftops. This generated 25.0 terawatt hours (TWhs) of clean energy.

Solar Roof aims to make residential and commercial solar panel installations more attractive and sustainable for lower socio-economic demographics.

Tesla’s solar initiatives also extend to electric cars. The company introduced a solar powered EV in 2020.

Tesla’s Renewable Energy Initiatives

Many of Tesla’s innovations are shaping the future of solar power and EV manufacturing, and the company isn’t slowing down. Instead of just placing solar panels on rooftops, applications are expanding to spacecraft, ships, and roads. Also, Tesla has already made three million reservations for its first electric truck called “cybertruck”.

Where will the company go from here? Only time will tell.

Image credit: Roschetzky Photography / Shutterstock.com

Honda and LG partner to build battery plant for electric vehicles in Ohio Next story »

More than Business and Industry

KANE — Two west-central Illinois counties plan to buy their first solar panel farms within the next year.

Hickory Solar Park is planned to be built on land in Greene and Jersey counties. The farm will be located near the village of Kane in Greene County. Jersey County Board Chairman Gary Kruger said the farm will be more than 800 acres, most of which will be in Jersey County.

The farm is being developed by EDP Renewables North America, a Texas-based subsidiary of Spanish energy company EDP Renováveis. EDP ​​is also working on the Wolf Run Solar Park in Morgan County. Hickory Solar Park has been in the works for at least three years, Kruger said.

The company said the Hickory Solar Park will generate 110 megawatts of energy once operational, enough to power an average of 27,800 Illinois homes and save 139 million gallons of water annually. It also said it would require more than $130 million in capital investment, but would pay more than $37 million to landowners and $15 million to local governments.

Kruger said the solar farm would bring in additional property tax revenue and more jobs to support it. He noted that some landowners in the county are concerned about it taking up land that could be used for farming. The solar farm was built mostly on flat ground, which they argued would be better for growing crops if the panels could be mounted on rolling ground.

“The walkway would be better used (for) solar panels and the flat ground for rural crops,” Kruger said. “But I can’t fault any of the landowners for the financial deal they made.”

The Hickory Solar Park is expected to begin generating electricity in 2024, EDP said. Kruger said the project is still in the planning stages, but construction could begin later in the year.

OBSERVER Photo: Braden Carmen Arkwright Town Supervisor Brian McAvoy plans to bring the proposed solar zoning ordinance up for a vote at the next Town Council meeting.

By BRADEN CARMEN

[email protected]

ARKWRIGHT — After being shut down by a contentious meeting to reject a proposed 2022 solar energy zoning ordinance, the town of Arkwright is set to rebuild.

“I’m not sold on solar zoning,” Arkwright Town Supervisor Brian McAvoy said at the Arkwright Town Council’s January meeting. McAvoy pushed for approval of the solar energy zoning ordinance at the December City Council meeting, but failed to garner enough votes to pass the law.

“My intention is to bring it back to the ballot in February and we either put a pin on it one way or another, we either accept the rezoning or we don’t,” McAvoy said.

McAvoy spoke for about 15 minutes, with input from Town Board member Chris Jackson, who voted against the legislation because of concerns about setback requirements, and Larry Ball, who abstained.

McAvoy talked about the reasons why a city adopts zoning laws and clarified that a vote for or against solar zoning does not affect whether or not solar is allowed in the city itself, but rather the rules the city sets for solar energy systems. will be installed in the city.

“When people think we’re doing solar energy, that’s a mistake. It’s not about dating the sun. New York State is showing interest in solar energy. Whether or not solar comes to Arkwright will not be an Arkwright decision, it will be a developer and landowner decision. The council’s decision is really how to regulate solar if it comes to Arkwright,” McAvoy said. “I think people think we’re talking about this, that we’re talking about utility-scale solar and we’re pandering to the state. No, that’s not happening.”

As for possible avenues for solar energy in the city even if the solar district law is passed, McAvoy explained the three different scales of solar and how the regulations would apply.

“From an individual solar perspective … we’re pretty easy — it’s basically failures and making sure they follow building codes, that it’s done safely, and that firefighters are aware of it.

We don’t push it too hard,” McAvoy said. “If we did nothing else, we could continue as we are with individual solar. … If you go to the other end of the scale, what you call Utility Scale Solar – over 25 megawatts – there’s very little local municipalities are doing about it. … Nobody talks to Arkwright about anything like that.

McAvoy further described community solar as the “middle range” of the three options. He claimed the city sometimes gets calls from solar developers interested in installing a solar system and asking what the city’s solar zoning laws are. “Right now, we don’t have anything driving that,” McAvoy said. “The next guy who calls… the answer we have to give is we don’t have anything.”

The meeting also discussed why McAvoy does not support legislation that would completely ban solar energy in the city. McAvoy said: “The main reason I don’t do it is because I believe a municipality has no right to tell someone they can’t legally operate on their land. “I would never bring this before this council.”

McAvoy also explained that creating a law deemed too restrictive would not hold up in court.

“I’m going to come back in February with the same bill and I’m going to ask you to pass it,” McAvoy said. “The only reason not to pass it is if you don’t want any government around solar. It will be the choice of the market, not our choice. … If you think this law is too restrictive, don’t vote for it. If you want a reasonable starting point for managing the arrival of the sun at Arkwright, I think this is a good law if it happens.

The city is also open to discussing short-term rental zoning at future meetings. After speaking with city attorney Joe Calimeri, McAvoy said the city plans to move forward with the bill, but with the intention of not completely restricting short-term rental properties in Arkwright.

“My intention is not to offend him, just to make sure it’s done responsibly, safely and sanely,” McAvoy said. “I don’t think anyone is doing it irresponsibly here, but we want to make sure that doesn’t happen.”

Before any short-term rental ordinance comes up for a vote, the city must hold a public hearing on the ordinance. To this point, one has yet to be determined.

The next meeting of Arkwright Town Council is scheduled for February 13 at 7.30pm at Arkwright Town Hall.

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CHARLOTTE – Charlotte City Council is moving forward with a solar farm project with Duke Energy and Ecoplexus despite high costs. City leaders voted 10-1 Monday night to approve the project.

The Charlotte City Council wants to power city buildings from an Iredell County solar farm with the goal of becoming carbon-free by 2030.

The ambitious plan and project have supporters in the community.

“As a young person, I will have to deal with the consequences of the decisions you all made today,” resident Isabelle Elizondo told the Charlotte City Council.

“If you vote no on this bill, I can only assume that fossil fuel-funded disinformation campaigns are holding you hostage,” said supporter Tina Katsanos.

When the Charlotte City Council awarded the contract in 2020, the city expected an average savings of $100,000. But since then, the solar manufacturer says it has struggled with COVID-19 delays, supply chain difficulties, increases in commodity prices and interest rates, and tariffs on solar panels from China and other Southeast Asian countries. Now the city says they will lose an average of $750,000 a year on the project.

Councilman Tariq Bokhari opposes the project because of questions about the project’s finances and Duke Energy’s reliability to deliver power with solar power.

“If you’re experiencing power outages now, this is just the beginning,” Bokhari said.

Bukhari was not the only one to vote. Councilor Dimple Ajmera says the project is vital and the city can’t let costs get in the way of progress.

“We have a choice to be bold and seize the moment and address one of the most pressing challenges facing our generation, carbon pollution,” Ajmera said.

#CLTCC approves terms of new solar project. More on that in 10 and 11. To wrap things up, the Charlotte City Council approved the Lean Nation Project for the JW Clay Parking Deck. They are now holding a closed session to review the body camera footage. The meeting is over.

— Joe Bruno (@JoeBrunoWSOC9) January 24, 2023

The city says that once the solar project is up and running, the system will bring the city 35% closer to its goal of net-zero carbon municipal buildings by 2030 and meet 17% of the city’s electricity use.

The city says challenges with the project are happening nationwide.

Charlotte City Council will pay nothing until the solar farm is up and running.

VIDEO: Push for more solar farms in North Carolina

A push for more solar farms in North Carolina

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INDIANAPOLIS – Republican lawmakers — along with Democrats and clean energy advocates — want to figure out the decommissioning and disposal of Indiana’s solar and wind energy equipment before it becomes a large-scale problem.

Senate Bill 33, authored by Sen. Greg Walker, R-Columbus, would direct the Indiana Department of Environmental Management and the Indiana Regulatory Commission to conduct a joint study on phasing out older solar panels and wind turbines.

“We often react after the fact – [after] we have environmental concerns, we have industrial waste concerns — and we’re not trying to address those concerns until we have a significant problem managing the volume of material,” Walker told the Senate Public Utilities Committee Thursday.

According to Walker, hundreds of thousands of aging steel underground storage tanks in the United States are leaking oil and other hazardous substances.

The contents of the tanks can leach into the soil and contaminate groundwater — the source of drinking water used by about half of the nation’s population, according to the US Environmental Protection Agency.

Many of these tanks had been abandoned for decades, Walker added: “We’re still dealing with a mess of sites that haven’t pumped fuel for 25, 30, 35 years.”

In Walker’s bill, an IDEM and IURC study would review a new state program to manage the decommissioning and disposal of solar and wind energy, which agency could implement the program and how it would fund the task.

It also reviews research on funding assistance for decommissioning and disposal, who bears financial responsibility and a number of other legal nuances, best practices for disposal or recycling, and the expected life of equipment and criteria for classifying it as “inoperable” or “irreparable”. will guide the conduct.

Universal support

Utility consumer, environmental and waste management advocates threw their support behind the bill, though some wanted the bill to leave room for stakeholder participation in the agencies’ investigation.

Others have pushed Indiana to see an opportunity to lead the old equipment recycling industry and properly fund those efforts.

“[When] we get a [cardboard] box, we think to ourselves, what are we going to do with it? Jessie Biggerman of the Indiana Association of Solid Waste Management Districts In Indiana, we can recycle and reuse it, repurpose it, fix it in our state and start all over again.

“It’s the same thing with solar panels,” Biggerman said, adding that almost all of the materials in the panels can be recycled.

Lawmakers also considered a proposal to audit energy use at the Indiana Statehouse campus in Indianapolis. Senate Bill 221 also gained widespread and bipartisan support after author Sen. Andy Zey, R-Huntington, deleted a section that would have created a state coal reserve.

Instead, Zay said he would ask management directly to form an education committee that summer.

The Indiana Capital Chronicle is part of States Newsroom, a network of newsrooms supported by grants and a coalition of donors as a 501c(3) public charity.

SYDNEE WILSON Cronkite News

FLAGSTAFF — The Salt River Project has partnered with private renewable energy company Clēnera to bring Arizona’s largest solar plant by 2024.

Construction of the CO Bar Solar plant will begin this year on 2,400 acres of private land northwest of Flagstaff in Coconino County. Once complete, it is expected to offset 1 billion pounds of carbon dioxide annually while generating electricity for 80,000 Arizona homes.

The project is designed to help SRP achieve its decarbonisation goals. It expects about 50% of the energy it provides to customers to come from carbon-free sources and to reach 2,025 megawatts of solar power by 2025.

CO Bar Solar will provide a total of 1,000 megawatts of solar power, while SRP customers will receive 400 megawatts. Clēnera will operate the plant and control who gets the rest of the power. Jared McKee, Clenera’s vice president of business development, said this will benefit all Arizonans and lower the cost of clean energy.

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According to him, this project establishes sustainability for the entire development process.

“When we look at the scale of this project, there really aren’t any projects like this in the U.S. where you put together a 1,000 megawatt project,” McKee said. “We developed this project in coordination with county officials, Arizona Game & Fish to ensure that we have wildlife corridors, to ensure that all sustainable construction is done, so that we can have a project that we can all do. be really proud.”

In addition to being environmentally sustainable from start to finish, McKee said it will be sustainable in terms of costs and reliability.

“Unless it’s done at a cost that makes sense for every ratepayer, every switcher, you’re never going to get full market transformation,” McKee said.

SRP’s relationship with solar has been rocky for years. The utility initially encouraged customers to install rooftop solar, but in 2015 began charging higher rates for customers who installed solar systems after December 2014. In response, four customers filed an antitrust lawsuit in 2020. The suit was dismissed by the lower court. that year, but earlier this year overturned a three-judge panel of the 9th U.S. Circuit Court of Appeals.

In the appeals court’s ruling, Judge Eric D. Miller wrote that the plaintiffs “suffered direct and economic harm from SRP’s predatory pricing scheme, which was designed to stifle competition by discouraging customers from installing solar energy systems.”

SRP is still charging higher rates to solar customers, but that may change now that the lawsuit may be pending.

Michael Reynolds, manager of resource analysis and planning at SRP, said the company balances affordability, sustainability and reliability.

“When the sun is shining, we have great benefits from solar power coming online,” Reynolds said. “Many of our customers came to us and wanted something that could serve their sustainability goals throughout the day. They don’t just want something that will help when the sun comes up. They want something that can last into the night.”

SRP is investing in wind power and long-term solar storage to make clean energy more reliable and sustainable, Reynolds said. These two solutions can help provide carbon-free energy at night and in more unpredictable weather.

“We really have to think about some of the very rare cases where we have multiple days of weather that could affect how things work,” he said. “It will be important for us to make sure we have online resources that can be accessed in the event of an emergency or unexpected weather system demand. Therefore, we must have a diverse portfolio of resources, and we do.

“Now, as we look into the distant future, I believe we can think about what it would look like to be completely carbon-free. But we need to think about how we can maintain reliability and diversity across resource types as we continue this decarbonization.”

Solar energy is Arizona’s number one renewable energy source and SRP is a leading energy provider in metro Phoenix. According to the U.S. Energy Information Administration, the state ranks fifth in the nation for solar-powered electricity. Making Arizona 100% solar or completely carbon-free would be difficult given today’s technology limitations, but it’s not out of reach.

Barry Petrey, SRP’s manager of resource procurement, said it is possible to see a clean energy future for Arizona.

“I can certainly imagine a carbon-free portfolio in the future,” Petrey said. “100% carbon-free resources.”

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