Search

Engie North America has secured an agreement to supply Meta Platforms Inc. with an additional 200 MW of solar energy from the Anson 2 solar project located in Texas. This Environmental Attributes Purchase Agreement follows a prior contract for 260 MW from another Texas solar initiative earlier this year. Meta has committed to over 12 GW of renewable energy procurement as part of its sustainability efforts.The Anson 2 project, situated in Jones County, is set to become operational in late 2025. Engie will develop, build, and operate the project, which aligns with Meta's goal of maintaining net-zero emissions in its global operations since 2020. Meta's global head of energy, Urvi Parekh, highlighted the significance of partnerships with companies like Engie in achieving its energy and sustainability objectives. How does this agreement enhance Meta's renewable energy strategy and sustainability goals? How the Agreement Enhances Meta's Renewable Energy Strategy and Sustainability Goals Increased Renewable Energy Capacity: The additional 200 MW of solar energy from the Anson 2 solar project significantly bolsters Meta's renewable energy portfolio, contributing to its ambitious goal of achieving over 12 GW in renewable energy procurement. Diversification of Energy Sources: By securing energy from various solar initiatives in Texas, Meta is diversifying its energy sources. This strategy not only enhances energy security but also reduces dependence on a single energy provider or technology, promoting resilience against market fluctuations. Alignment with Net-Zero Goals: This agreement reinforces Meta's commitment to sustainability by supporting its operational targets for net-zero emissions. With an operational timeline set for late 2025, the project plays a crucial role in keeping Meta on track to meet its environmental objectives. Support for Local Economies: The development of the Anson 2 solar project will create jobs in the local community, both during the construction phase and through ongoing operations. This aligns with Meta's broader commitment to community engagement and support for the economies in which it operates. Technological Innovation and Sustainability: Collaborating with Engie—an experienced renewable energy provider—opens opportunities for Meta to implement cutting-edge solar technology and best practices, enhancing the efficiency and sustainability of its energy consumption. Strengthening Partnerships: The agreement exemplifies Meta’s strategy to forge strong partnerships with renewable energy developers. Building relationships with companies like Engie helps Meta leverage external expertise and resources to meet its energy goals more effectively. Enhanced Corporate Responsibility: By securing commitments to renewable energy, Meta positions itself as a leader in corporate sustainability within the tech industry. This agreement showcases its accountability and dedication to reducing its carbon footprint. Transparency and Reporting: Engaging in long-term renewable energy agreements like this contributes to Meta's transparency in sustainability reporting, allowing for clearer communication of progress toward set goals with stakeholders, including investors, customers, and regulatory bodies. Boosting Industry Standards: Meta’s significant investment in renewable energy can set a precedent for other tech companies, inspiring industry-wide initiatives on renewable energy adoption and sustainability practices, thereby pushing the sector toward greener operational standards. Long-term Financial Benefits: Investing in solar energy can lead to decreased energy costs in the long run, insulating Meta from rising energy prices and contributing to its overall economic sustainability. These points illustrate the strategic impact of the agreement with Engie on Meta’s renewable energy goals, underscoring its commitment to sustainability and leadership in the tech sector’s transition to renewable resources.

Engie EPS, has revealed the unveiling of the hydrogen-based energy storage system developed with its exclusive technology in Agkistro, Greece. The Agkistro website, presented in October in an occasion gone to by numerous agents of Greek authorities and also of the technological and also academia, has been established in the framework of the EU-H2020 moneyed project qualified "Remote location Energy supply with Multiple Options for incorporated hydrogen-based Technologies" (REMOTE). The project intends to show the advantages of hydrogen-based technologies for renewable energy storage space in separated as well as off-grid areas and has actually been awarded as the most effective renewable resource project in the Innovation section at the European Sustainable Energy Week 2020. The technology introduced by Enegie is anticipated to allow the Greek renewable resource gamer HORIZON S.A. to supply a power independent agri-food handling device, utilizing part of the created power from the close-by HORIZON owned hydroelectric plant to generate hydrogen, which will certainly be after that stored as well as utilized for power generation when needed. " Engie EPS has originated hydrogen considering that 2005, and has actually gone to the leading edge of battery storage space and also microgrids given that 2012" claimed Carlalberto Guglielminotti, Engie EPS' CEO and General Manager. "With the finalisation of the Agkistro's plant, our hydrogen exclusive technology is now proven in 4 continents as the only readily available choice to make microgrids 100 percent eco-friendly. For the future, we are also targeting utility-scale chances as system integrator as well as innovation supplier, leveraging our patented technology system and also unrivaled hydrogen and also storage experience for our Industrial Solutions line of product." EPS' equipment in Agkistro includes a hydrogen "Power-to-Power" system made by an electrolyser, transforming electricity into hydrogen (Power-to-Gas), and also a fuel cell system, converting hydrogen saved in large amounts back to power (Gas-to-Power), both based upon Engie EPS' proprietary technology covered by more than 130 patents. The system will certainly benefit from the continual accessibility of the eco-friendly hydroelectric energy that enables to minimise the Power-to-Gas sizing, while covering peak load demand and also guaranteeing back up energy thanks to the 500 kWh hydrogen storage space equal net power. The appointing and Site Acceptance Test have actually been finished successfully.

energy giant Engie has shelved plans for a 220 000-panel solar park in New South Wales, bowing to intense community push-back that surfaced during the

alongside mechanical ventilation, lasting maintenance and monitoring and what Engie has actually described as a low carbon heating and warm water remedy. Smart

Coya solar farm, the biggest renewable resource plant in Engie Chile's portfolio, can powering some 73,000 households, the business stated. The center was

Engie North America announced a power purchase agreement (PPA) with Google LLC to deliver green energy from its upcoming 350-MW Chillingham solar project in Texas, expected to commence operations later this year. Google will utilize 90 MW of the project’s capacity to support its Texas operations, though the duration of the contract has not been disclosed.The PPA was arranged through LevelTen Energy's Accelerated Process (LEAP), developed jointly by Google and LevelTen to simplify clean energy transactions. This agreement is part of Google’s commitment to achieve 24/7 carbon-free energy in all operational regions by 2030, marking their fifth renewable energy PPA with Engie globally. What are the implications of Google's latest PPA with Engie for renewable energy goals? The recent power purchase agreement (PPA) between Google and Engie has significant implications for renewable energy goals. Here are the key points to consider: Accelerating Renewables Adoption: Google’s commitment to using 90 MW from the Chillingham solar project highlights an increasing corporate demand for renewable energy, potentially driving other tech companies to follow suit and increase their own renewable energy commitments. Support for Texas Renewables: The Chillingham project contributes to the expansion of solar capacity in Texas, which is already a leader in wind energy. This PPA underscores the state’s growing role as a hub for renewable energy development. Advancements in Energy Transaction Processes: The use of LevelTen Energy's Accelerated Process (LEAP) may streamline future clean energy transactions, making it easier for other companies to enter into similar agreements. This could lead to increased participation in the renewable energy market. Corporate Responsibility Shift: Google’s initiative to achieve 24/7 carbon-free energy reflects a trend among large corporations to prioritize sustainability. This could influence stakeholder expectations and encourage similar commitments across various sectors. Catalyst for Policy Changes: Such high-profile PPAs may encourage state and federal governments to create more favorable policies for renewable energy, potentially leading to incentives for further investments in solar and other clean energy technologies. Enhanced Grid Resilience: By investing in large-scale renewable projects like Chillingham, Google helps contribute to a more resilient grid that relies less on fossil fuels, which can enhance energy security and stability during peak demand. Long-term Economic Growth: The construction and operation of renewable energy projects can create jobs and stimulate local economies. Google’s investment aligns with broader economic benefits associated with the renewable sector. Innovation in Renewable Technology: Engagements like this one can encourage further innovation in renewable technologies and infrastructure by reinforcing investor confidence, potentially leading to more advanced solar solutions and storage technologies. Benchmark for Others: As one of the largest companies globally, Google's renewable energy initiatives may set a benchmark for other organizations in the tech industry and beyond, promoting a broader cultural shift towards sustainability. Impact on Climate Goals: By entering into such agreements, Google moves closer to its climate objectives, which could ripple through the industry and inspire other companies to establish ambitious sustainability targets and reduce their carbon footprints. Strengthening Supply Chains: By securing renewable energy sources like solar power, Google is also working to strengthen its supply chain against fluctuations in fossil fuel prices, creating more predictable operational costs and promoting green supply chains. These implications suggest that the partnership between Google and Engie is not just a transactional agreement but a significant step towards larger scale shifts in the renewable energy landscape.

Arica y Parinacota and link around 180 MW of batteries for 5 hrs of storage. Engie plans to build the Pampa Camarones expansion in two 150-MW phases, and also

energy major Engie has broken ground on its first renewable complex in Chile’s Santiago Metropolitan Region, a USD 310-million venture that fuses

Romania Group and Engie Romania have signed a six-year virtual power purchase agreement (VPPA) to provide Orange Romania with 30GWh of solar energy per year.

per year and powering hydrogen hydrolysis in industrial volumes. According to Engie, green H is crucial for providing zero carbon projects to industrial customers

that it moved the 1,000-MW Bouse as well as 250-MW Parker projects to Engie IR Holdings LLC for an ahead of time payment of USD 2 million (EUR 1.87 m) and

into a waste sorting and recuperation center, the statement reviews. Engie Green becomes part of French utility Engie SA (EPA:

by Chile's ministry of nationwide assets. As part of 40-year concessions, Engie Chile will develop at the very least 920MW of renewables capability at the

Engie, a global energy company, has signed a binding agreement to acquire Broad Reach Power, a US energy storage company owned by private equity funds EnCap and Apollo. The acquisition includes 350MW of operating assets and 880MW under construction, 1.7GW of advanced stage projects and a significant pipeline of early stage projects. The projects span Texas, California and the central states of the United States and will support Engie's goal of having 10GW of battery capacity globally by 2030. The completion of the transaction is expected by the end of 2023 subject to anti-trust and energy regulatory authorities approvals. Engie's CEO Catherine MacGregor commented that the acquisition contributes to the development of a low-carbon, affordable and resilient energy system. What Effects Will Engie's Acquisition of Broad Reach Power Have? Expansion of Engie’s global energy storage capacity to 10GW, an increase of 8.3GW in just two years. Increased operations in Texas, California, and Central US states, creating more jobs and economic growth in those areas. Development of a low-carbon, affordable and resilient energy system. Increased competition in the energy storage market, leading to lower prices for customers. Increased reliability of the energy grid, including during extreme weather events. Potential for new technologies to be developed, such as using energy storage to power electric vehicles. Reduced emissions with the expanded renewable energy capacity.

Engie SA has signed a power purchase agreement (PPA) with Al Jouf Cement Company to establish a 22-MW solar power installation at the latter's cement plant in Saudi Arabia's Northern Borders Province. This photovoltaic (PV) system will supply on-site energy, aiding Al Jouf Cement in reducing its carbon footprint while providing predictable energy costs through a fixed-rate agreement.Engie will manage all aspects of the solar project, from design to maintenance. Al Jouf's CEO, Abdulkarim M Al Nuhayer, emphasized that this partnership not only exemplifies the company's commitment to sustainability but also aligns with Saudi Vision 2030, promoting the use of renewable energy in the industrial sector. How does Engie's PPA with Al Jouf Cement support sustainability and Saudi Vision 2030? Promoting Renewable Energy: The PPA between Engie and Al Jouf Cement showcases a significant move towards renewable energy adoption in Saudi Arabia. By implementing a solar power installation, Al Jouf Cement contributes to the reduced reliance on fossil fuels, aligning with global trends towards sustainable energy sources. Reduction of Carbon Footprint: The installation of a 22-MW solar PV system directly supports efforts to minimize greenhouse gas emissions. This initiative aids Al Jouf Cement in achieving its sustainability targets and underscores the importance of corporate responsibility toward environmental stewardship in heavy industries. Cost Predictability: The fixed-rate agreement provides Al Jouf Cement with predictable energy costs, which is crucial for operational budgeting. This aspect of the partnership enhances the financial viability of renewable energy projects within the industrial sector, potentially encouraging others in the region to follow suit. Support for Saudi Vision 2030: The agreement is a clear manifestation of the goals set forth in Saudi Vision 2030, which emphasizes economic diversification and the transition towards renewable energy sources. The initiative highlights the Kingdom's commitment to increasing the share of renewables in its energy mix, aiming for 58.7 GW of renewable energy capacity by 2030. Job Creation and Local Economic Development: As Engie manages the entire project lifecycle, including design and maintenance, the initiative is likely to create local job opportunities in the renewable energy sector. This enhances community engagement and supports the national agenda of bolstering human capital and workforce development in line with Vision 2030. Enhancing Competitiveness: By adopting renewable energy, Al Jouf Cement can enhance its competitiveness in the market. Sustainable practices improve the company's brand image, increase customer loyalty, and attract environmentally conscious investors, thereby supporting the long-term economic goals of Saudi Vision 2030. Encouragement for Future Investments: The successful implementation of this project may serve as a model for other companies in the region, encouraging further investments in renewable energy. By demonstrating the viability and benefits of solar energy, it can catalyze a broader shift towards sustainability in various sectors. Contribution to Energy Security: The solar power project contributes to Saudi Arabia's energy security, promoting self-sufficiency in energy production. This aligns with Vision 2030's aim to develop sustainable energy solutions that reduce dependence on imported fossil fuels. Innovation and Technological Advancement: The collaboration with Engie allows Al Jouf Cement to leverage advanced solar technologies, fostering innovation within the industry. By embracing cutting-edge renewable technologies, Saudi Arabia can position itself as a leader in the energy transition, consistent with its long-term vision. Inspiring Corporate Sustainability: The partnership sets a precedent for other industrial actors in Saudi Arabia to implement sustainable practices, fostering a culture of corporate responsibility. It encourages a shift towards more environmentally friendly operations across the industrial landscape as part of the broader strategic framework of Vision 2030.