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Enel Group is investing around 5.6 billion Brazilian reais, comparable to around 1.1 billion US bucks at the present exchange rate, in the building of the new

each year. Along with the 13-MW Jaguito and the 26-MW Esperanza solar farms, Enel Green Power Panama (EGPP) has actually spent a total amount of USD 130 million

Enel Green Power has reached another development milestone in Latin America, rolling out the first components of what it says is Chile’s largest solar project to enter construction to date. A statement from the firm marked this week the ground-breaking of 382MW Campos del Sol, a project some 60 kilometres northeast of Atacama desert city Copiapó. Requiring overall investments of US$320 million, the project will install approximately one million bifacial panels, meant to boost power output by 12% versus mono-facial peers. According to Enel’s statement, the 1,160GWh-a-year plant should come online by the end of 2020, going on then to help Chile slash CO2 emissions by an annual 900,000-plus tonnes. The firm sought to highlight some of Campos del Sol’s technological features, noting the use of GPS-controlled machinery and an autonomous drone to ensure construction runs smoothly. Under a deal unveiled in early May, the 382MW plant will also feature Sungrow’s 1500Vdc central inverters, designed to meet Chilean requirements for earthquake safety. As Sungrow explained at the time, its 6.25MW turnkey technology is meant to bring efficiency levels of up to 99% and a maximum DC/AC ratio of up to 1.5. Global solar sets sights on Atacama Enel styles itself as Chile’s biggest power player in installed capacity terms, with solar plants taking up 500MW of its overall 7.5GW portfolio of renewable and non-renewable sources. The firm was hired earlier this year to power the Chilean operations of mining giant Anglo American via 3TWh in annual renewable supply. Which of Enel’s solar projects – if any at all – are covered under the PPA remains unclear, but PV Tech understands the deal concerns existing clean energy plants. The firm, which bills its 382MW Campos del Sol as the largest solar plant under construction in Chile, made a similar claim last week for the 608MW bifacial São Gonçalo complex it is deploying in Brazil. The country – which favours auctions over feed-in tariffs to promote renewables – has been placed by IRENA in Latin America’s solar top three, with installed capacity reaching 2.13GW last year. Utility-scale deployment is largely centred around the Atacama Desert, a global irradiation hotspot home to projects by Sonnedix (171MW), Solarpack (123MW) and a major scheme by Valhalla.

of both projects were not offered. The statement comes 2 weeks after Enel Green Power claimed it has mounted the very first solar modules at its 187MWdc

Construction Corporation of China (PowerChina) fully connected Enel Colombia’s 180‑MWac Guayepo III solar farm to the grid, completing the milestone

as delighted to have actually worked closely with a skilled developer like Enel." Cascade had been developed by Enel and also was chosen by PG&E

exceeding USD 95.3 million (EUR 81.3 m). The designer, with regional device Enel Green Power Peru SAC, will built the plant in the area of Moquequa in the

to be mounted in the Bikaner district of Rajasthan, northwestern India. Enel Green Power won the project in a tender held by the Solar Energy Corporation

is sustained by 20-year power supply arrangements (PPAs) with numerous firms, Enel specified formerly. When completely on-line, the complicated is anticipated

photovoltaic or pv (PV) facility is currently being construct by Enel Green Power Brasil Participacoes Ltda. Today, Sao Goncalo has 608 MWp of solar

seeing the engagement of just a few drivers, is the lowest ever before taped," Enel Green Power Chief Executive Officer as well as director and head of

Enel North America has launched its Estonian Solar project in Texas, featuring 202 megawatts (MW) of solar power and a 104-MW battery energy storage system. This initiative is part of Enel SpA's broader strategy to enhance renewable energy capacity in North America.The Estonian Solar project aims to improve energy reliability and efficiency by integrating solar generation with battery storage, allowing for a continuous energy supply even when sunlight is not available. This development underscores Enel's commitment to advancing sustainable energy solutions and addressing the growing demand for clean power sources in the region. How does Enel's Estonian Solar project enhance renewable energy in Texas? Here are several key points highlighting how Enel's Estonian Solar project enhances renewable energy in Texas: Significant Capacity Addition: The project introduces 202 MW of solar power capacity, significantly contributing to Texas's renewable portfolio and helping to meet the state's ambitious clean energy goals. Integration with Battery Storage: With a 104-MW battery energy storage system, the Estonian Solar project allows for better management of energy supply and demand, ensuring that excess solar power generated during peak sun hours can be stored and utilized during high-demand periods or when sunlight is not available. Grid Stability Improvement: The combination of solar generation and battery storage enhances the stability of the Texas electricity grid by providing ancillary services, such as frequency regulation and voltage support, which are crucial for maintaining reliable power supply. Environmental Benefits: The project plays a significant role in reducing greenhouse gas emissions by displacing fossil fuel-based energy generation, contributing to improved air quality and a reduction in the carbon footprint of the Texas energy sector. Economic Development: The implementation of the Estonian Solar project supports local economies by creating jobs during the construction phase and throughout its operational life, fostering economic growth in the renewable energy sector. Community Engagement: Enel's commitment to sustainable energy practices often includes engaging with local communities, which can lead to educational programs and initiatives that promote awareness and adoption of renewable energy solutions. Technological Innovation: The project showcases advancements in solar technology and battery storage solutions, emphasizing the importance of ongoing innovation in renewable energy to enhance efficiency and reduce costs. Supporting Texas's Energy Transition: As Texas moves towards a more diverse energy mix, projects like Estonian Solar are essential in transitioning away from dependence on fossil fuels and towards a more sustainable, resilient energy future. Contribution to Energy Independence: By adding more renewable energy sources, Texas can reduce its reliance on imported energy, enhancing energy independence and contributing to national energy security objectives. Long-term Sustainability Goals: Enel's Estonian Solar project aligns with broader sustainability targets set by both state and federal policies, supporting the goal of increasing renewable energy generation to combat climate change effectively. In summary, Enel's Estonian Solar project not only bolsters Texas’s renewable energy infrastructure but also has a multifaceted impact that extends to economic, environmental, and community aspects, reinforcing the critical role of solar energy in the state's energy landscape.

owner Emanuel Muntmark marketed 2 project firms in Romania last year to Enel Green Power Romania or EGPR, which is currently preparing to install the

Enel Chile is set to commence commercial operations of its 67-MW/134-MWh El Manzano battery energy storage system (BESS) in the Santiago Metropolitan Region, following successful tests and grid operator approval. This project marks the completion of the company's first energy cluster in Chile's capital, which includes the BESS and a co-located 99-MW solar farm that began operating earlier this year.Together, the El Manzano BESS and solar farm are expected to inject approximately 226 GWh of electricity into the grid annually, enough to power around 75,000 homes. The BESS will enhance the stability of the electricity system by providing essential frequency regulation services, consistent with Enel Chile's strategy to expand renewable energy and storage near major consumption areas. How will El Manzano BESS and solar farm impact energy stability in Santiago? Increased Renewable Energy Penetration: The El Manzano BESS and solar farm will significantly contribute to the integration of renewable energy sources into Santiago’s energy mix. With the growing demand for cleaner energy, this project supports the local and national goals of reducing greenhouse gas emissions. Enhanced Grid Resilience: By storing energy generated during peak sunlight hours, the BESS can release stored power during periods of high demand or low generation, thereby enhancing overall grid resilience. This capability is crucial for managing fluctuations in supply and demand. Support for Peak Demand Management: The storage system will enable better management of peak energy loads. This means that during times of high electricity consumption, the BESS can discharge electricity, reducing reliance on fossil-fuel-based peaker plants and improving energy reliability for consumers. Economic Benefits: The operation of the solar farm and BESS can potentially lower electricity costs for consumers in Santiago. By utilizing stored renewable energy, the overall costs associated with electricity generation can be reduced, benefiting residential and commercial users alike. Creation of Local Jobs: The construction, operation, and maintenance of the El Manzano facility are likely to stimulate job creation in the region, contributing positively to the local economy and providing skilled employment opportunities. Promotion of Energy Independence: The project enhances Santiago's energy independence by decreasing reliance on imported fossil fuels. By harnessing local renewable resources, the region can achieve greater self-sufficiency in its energy supply. Reduction of Carbon Footprint: The shift towards solar energy and battery storage technologies will significantly cut carbon emissions associated with energy generation, aligning with global climate targets and helping to combat climate change. Educational Opportunities: The El Manzano project may offer opportunities for community engagement and education around renewable energy technologies, fostering a better understanding of sustainable practices among residents and encouraging further initiatives in renewable energy. Potential for Future Replication: The successful implementation of this energy cluster could serve as a model for similar projects throughout Chile and beyond, encouraging further investment and development in renewable energy infrastructure. Regulatory Support and Innovation: This project may also catalyze further advancements in energy storage solutions and drive regulatory support for innovative energy projects in the region, fostering a more proactive approach to energy management and sustainability initiatives. These factors collectively represent a significant step towards achieving a more stable and sustainable energy system in Santiago, paving the way for further advancements in renewable technologies and infrastructure.

Enel Green Power has successfully started delivering electricity to the grid from its 93-MW Girgarre solar park in Victoria, Australia. The project is expected to achieve full power by early 2025 and is currently in the commissioning phase. The solar park, located in the Shire of Campaspe, will sell electricity under a long-term power purchase agreement with SmartestEnergy Australia.The AUD-140-million project, which began construction in September, is being carried out by Beon Australia & New Zealand with technology provided by Longi Asia-Pacific. Once fully operational, the Girgarre solar park is projected to generate enough electricity to meet the annual demand of approximately 43,000 homes. When will the Girgarre solar park in Victoria, Australia achieve full power? The Girgarre solar park in Victoria, Australia is expected to achieve full power by early 2025. The project is currently in the commissioning phase. The solar park is located in the Shire of Campaspe. Electricity from the solar park will be sold under a long-term power purchase agreement with SmartestEnergy Australia. Construction of the AUD-140-million project began in September. Beon Australia & New Zealand is carrying out the project with technology provided by Longi Asia-Pacific. Once fully operational, the Girgarre solar park is projected to generate enough electricity to meet the annual demand of approximately 43,000 homes.