PRFX News & Events

PRF Technologies announced that its DeepSolar business unit has entered into a solar analytics services agreement with a subsidiary of EDF Group relating to an operational, utility-scale solar power plant in Israel. This engagement represents the next phase of Deep Solar's previously announced strategy and a new commercial revenue opportunity-an important milestone following the recent launch of Smart TDD. Pursuant to the agreement, DeepSolar has commenced work on a technical due diligence engagement, including the intake and analysis of historical and operational plant data. The engagement applies DeepSolar's Smart TDD analytics to support a structured, independent technical review of the solar asset. The customer for the engagement is a special-purpose company of EDF Power Solutions Israel, the Israeli renewable-energy subsidiary of EDF Group.' The agreement relates to an operating utility-scale solar plant and involves the application of analytics to assess asset condition and performance using available operational data.

PRF Technologies announced the signing of a software-as-a-service, SaaS, agreement with Shikun & Binui Energy for the deployment of DeepSolar at the 71 megawatt, MW, Satu Mare photovoltaic site in Romania. The Satu Mare project is a utility-scale solar plant owned and operated by Shikun & Binui Energy. Under the agreement, DeepSolar will provide continuous analytics and performance monitoring designed to enhance operational visibility, support proactive asset management, and enable data-driven decision-making throughout the project's operating life.

PRF Technologies Ltd trading halted, news pending

PRF Technologies announced that it has filed a patent application covering proprietary methods for solar plant-level micro-climate modeling designed to significantly improve the accuracy of solar energy production forecasts. "The technology is designed to address a critical limitation in conventional solar forecasting: the reliance on regional or broad-area weather models that fail to capture the highly localized conditions that directly impact power output at individual solar plants," the company said.