Tag: clean energy

Meta and Texas energy company XGS Energy are collaborating to build a next-generation AI-powered geothermal system in New Mexico.

Meta and Texas energy company XGS Energy are collaborating to build a next-generation AI-powered geothermal system in New Mexico.

Following its recent 20-year nuclear power purchase agreement with Constellation Energy, Meta is now partnering with Texas-based XGS Energy to develop a next-generation geothermal system in New Mexico. This system will serve as the power grid for Meta's data centers and meet the growing electricity demands of artificial intelligence (AI) technologies. The collaboration will generate 150 megawatts of carbon-free energy and reduce overall water consumption to zero, primarily utilizing New Mexico's abundant geothermal resources. The project will be implemented in two phases, both expected to be operational by 2030. Urvi Parekh, Meta's Global Head of Energy, stated that advancements in AI require sustained energy infrastructure support. With XGS Energy's next-generation geothermal technology ready for large-scale deployment, geothermal energy will become a crucial force supporting technological advancements such as AI and the development of data centers across the United States. In a recent announcement, Meta announced a 20-year partnership with Constellation Energy, a Baltimore-based energy company, under which Meta will purchase nuclear power from Constellation Energy's Clinton Clean Energy Center in southern Illinois. The agreement, expected to begin in June 2027, will see Meta acquire approximately 1.1 million kilowatts (GW) of electricity from Constellation Energy's Clinton Clean Energy Center, almost equivalent to the entire generating capacity of one of its nuclear reactors. Meta also pledged to expand the power grid further, but did not disclose the transaction amount.

Apple emphasizes that it has introduced more than 18 gigawatts of clean electricity to its global operations and manufacturing supply chain.

Apple emphasizes that it has introduced more than 18 gigawatts of clean electricity to its global operations and manufacturing supply chain.

To achieve its goal of carbon neutrality across its entire market supply chain by 2030, Apple announced new progress in expanding its use of clean energy globally, emphasizing that it has deployed over 18 gigawatts (GW) of clean electricity across its global operations and manufacturing supply chain—more than three times the amount in 2020. The largest proportion of Apple's overall carbon footprint comes from its electricity usage, primarily for manufacturing and charging Apple products. Currently, Apple partners with over 320 suppliers, accumulating 16.5 GW of renewable energy capacity, generating 25.5 million gigawatts (GW) of clean energy last year and reducing carbon emissions by over 18.5 million tons. Apple has made new investments in solar energy in the US and Europe, including a solar project in Michigan that will provide 132 MW of clean electricity later this year, and a solar investment in Spain with ib vogt that will be online by the end of 2024, providing 105 MW of solar power. Additionally, Apple has formed a joint venture with renewable energy developer CleanMax, investing in six rooftop solar projects to bring the total clean electricity generation to 14.4 MW. Since 2018, Apple has been using its China Clean Energy Fund to enable its 12 suppliers operating in China to adopt renewable energy. Currently, it has built over 1 gigawatt of wind and solar power projects in 14 provinces across China, expected to provide over 2400 gigawatt-hours of renewable energy annually, equivalent to the electricity consumption of over 2.5 million homes in China. Simultaneously, Apple has committed to providing an equal amount of clean electricity for every watt of charging power used by 2030, and is investing heavily in new renewable energy globally to minimize carbon emissions from using Apple products. Apple also plans to provide freshwater to its operations centers in water-scarce regions by 2030, projecting nearly 7 billion gallons of water benefits over the next 20 years, including aquifer and river restoration and funding for drinking water resources. Apple extends its clean water commitment to its entire supply chain; its supply chain partners saved over 12 billion gallons of freshwater last year, and since launching its Clean Water Initiative for Supply Chain Partners in 2013, it has saved approximately 76 billion gallons of water. Apple also facilitates new investments in the U.S. and around the world through green bonds. For example, last year it allocated the proceeds from its 2019 green bond issuance to new clean energy projects and helped promote clean energy initiatives for its suppliers. It also invests in high-quality carbon removal projects through its Restore Fund.

Apple has helped more than 200 of its supply chains transition to renewable energy, introducing approximately 1000 million kilowatts of clean energy.

Apple has helped more than 200 of its supply chains transition to renewable energy, introducing approximately 1000 million kilowatts of clean energy.

Having already strengthened its supply chain partnerships to facilitate the adoption of renewable energy, Apple recently announced that it has assisted over 200 supply chain partners in fully transitioning to renewable energy operations, introducing approximately 1000 million kilowatts of clean energy. According to Apple, the total amount of clean energy used by its supply chain partners more than doubled last year. Of the nearly 1600 million kilowatts of clean energy previously committed to, over 1000 million kilowatts are now in use, reducing carbon emissions by 1390 million metric tons. The greenhouse gas emission reductions achieved through this initiative are roughly equivalent to reducing the carbon emissions of 300 million cars on the road. To date, Apple and 213 major manufacturing partners have committed to using renewable electricity in 25 countries and regions to drive the production of Apple products. This latest commitment adds dozens of new developments to accelerate Apple's goal of achieving carbon neutrality across its entire supply chain by 2030. Prior to this, Apple had announced its goal of achieving carbon neutrality across its global operations by 2020, and plans to further achieve carbon neutrality across all its supply chain operations. Investing in Renewable Energy Development Globally: Apple is already directly investing in renewable energy development worldwide, including nearly 500 megawatts of solar power in China and Japan, as well as other renewable energy projects. It also provides localized training materials for different markets to help its supply chain partners accelerate the adoption of clean energy. Last year, 11 of Apple's European supply chain partners, including Infineon, Viscom AG, and Lumileds, pledged to adopt clean energy, bringing the total number of Apple's European supply chain partners using clean energy to 25. In the United States, Apple has directly invested in the 2300-acre IP Radian Solar project in Brown County, Texas, which is expected to be completed and operational by the end of this year, providing 300 megawatts of electricity capacity to offset the electricity consumed by consumers using Apple devices, thus "reducing" Apple's actual carbon emissions. In addition, DuPont, Apple's supply chain partner in Wilmington, Delaware, and Micron Technology, located in Boise, Idaho, have also pledged to adopt renewable energy. Furthermore, Apple's supply chain partners Solvay and Corning will assist in the construction of some of the largest solar power plants in South Carolina and North Carolina, further promoting the adoption of renewable energy. Similarly, Apple is encouraging its Asian supply chain partners to adopt clean energy. In China, 23 supply chain partners have joined the effort to use clean energy, including Shenzhen-based Hengchuang Ruineng Environmental Technology, which uses clean energy in its closed-loop recycling process. Apple also announced the launch of the China Clean Energy Fund in 2018 to accelerate the development of renewable energy in China through innovative methods. Currently, through this fund, Apple and its supply chain partners have jointly invested in up to 465 megawatts of clean energy. Last year, 20 new supply chain partners in Japan pledged to use clean energy, including Kioxia, Sharp, and Nitto Denko. Additionally, Hyewa is assisting Apple product manufacturing with wind power generation in the suburbs of Tokyo. In South Korea, LG and Samsung have pledged to use clean energy in the production of Apple products, and 13 of their supply chain partners have also begun operating using clean energy. In addition to continuing to invest in clean energy, Apple emphasizes that this will increase local employment opportunities and promote local industrial revitalization and transformation, enabling more regions to benefit from economic growth.

IKEA is preparing to enter the clean energy sales market in Sweden and launch a subscription service STRÖMMA

IKEA is preparing to enter the clean energy sales market in Sweden and launch a subscription service STRÖMMA

In addition to maintaining eco-friendly design in its furniture products, IKEA plans to enter the clean energy market in Sweden, offering a subscription service. According to the description, IKEA's STRÖMMA home clean energy subscription service will be powered by solar or wind energy, allowing users to monitor their home's electricity status via an app. This service is led by the Stichting INGKA Foundation, a Dutch company that owns all of IKEA, and is offered through IKEA. Details regarding subscription fees and whether the service will be expanded to more countries have not been disclosed. Besides Sweden, IKEA plans to sell its solar charging panels in 11 more countries and regions, and is also preparing to connect with more renewable energy sources to provide clean energy to more homes by 2025. Prior to this, IKEA has been using environmentally friendly materials in furniture production, designing energy-efficient packaging and shipping methods to reduce energy loss, and has gradually discontinued the sale of products that negatively impact the environment, such as non-recyclable battery components, striving to make its furniture products more environmentally friendly.

Tesla launches second-generation home charging system and new solar roof tiles

Tesla launches second-generation home charging system and new solar roof tiles

Following the announcement of its Powerwall home charging system last year, Tesla quickly released a second-generation version, along with solar roof tiles developed by its acquisition of SolarCity. These tiles allow users to directly collect solar energy on their roofs and convert it into electricity, which is then stored and used through the Powerwall. Compared to conventional roofing materials, Tesla's solar roof tiles look almost identical to regular roofing materials. Even attendees at the launch event didn't notice that the roofs on display had been replaced with the new solar roof tiles, which even come in four different finishes: traditional roof tiles, slate, and ceramic tiles. However, while Tesla CEO Elon Musk emphasized that the actual installation price wouldn't be higher than regular roof tiles, he didn't disclose the specific price of the new solar roof tiles, which may vary depending on the material chosen and the quantity used. Furthermore, Musk stressed that the solar roof tiles have significantly longer durability, lasting 2-3 times longer than asphalt used for roads. The second-generation Powerwall home charging system will feature two 14 kWh battery banks, doubling the storage capacity of the previous entry-level version. This capacity is sufficient for the daily power needs of all electrical appliances in a four-bedroom house, including lights and a refrigerator. Unlike the previous generation, which required an additional DC-to-AC converter, this version integrates the converter into the energy storage system, allowing for direct solar power generation after installation. The second-generation Powerwall is expected to be priced at $5500, with a commercial version also available, expected to open for applications starting in the summer of 2017.

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