Sungrow Partners with EDF Renewables to Supply Cutting-Edge Liquid-Cooling Storage Systems in Israel

Sungrow has inked a milestone deal with EDF Renewables Israel to deliver cutting-edge liquid-cooling storage systems PowerTitan for a substantial 127 MWh energy storage projects.

These projects pipeline is part of a continuous relationship with EDF Renewables Israel following the successful signing of previous 50 MWh projects.

The newly signed contract involves the supply of liquid-cooling storage systems that will be integrated into 6 projects across various locations.

The storage capacity of 127 MWh is set to significantly bolster Israel's renewable energy infrastructure and further cement Sungrow's position as the country's leading ESS supplier with a market share of over 40 percent.

"We are pleased to partner with EDF Renewables Israel on this transformative project," said Tzvi Ben David, General Manager of Sungrow Israel. "This cooperation marks another step towards our shared vision of a sustainable and resilient energy future for Israel. Our liquid-cooling storage systems have proven their efficiency, reliability, and cost-effectiveness in previous installations, and we are confident they will play a vital role in ensuring a stable and sustainable power grid."

The significance of these projects extends beyond their capacity, as it comes at a critical juncture when Israel is striving to increase its renewable energy share. Currently, approximately 12 percent of Israel's energy is derived from renewable sources, and the government aims to achieve 30 percent by 2030, with solar energy accounting for 26 percent of this ambitious target.

This partnership between Sungrow and EDF Renewables Israel will be pivotal in supporting the country's renewable energy transition and reducing its carbon footprint.

The liquid-cooling storage system provided by Sungrow is renowned for its advanced technology, pre-assembled design, and easy installation. The system's unique design minimizes capacity loss rates and substantially extends the system's life expectancy, resulting in long-term cost savings.

Furthermore, its streamlined DC-coupled design reduces electrical losses and eliminates the need for an additional Power Conversion System (PCS) and a medium-voltage station, leading to lower expenses and increased overall efficiency.