Green
Revolution.

Solaris Pons has expanded the SE Durus solar power plant to a total of 640 kW / 645 kWp and implemented a co-located battery energy storage system (BESS) with a capacity of 699 kWh. The integration of solar production and battery storage enables advanced energy management and optimized participation in the electricity market — from energy storage during negative price periods to delivery to the grid when market conditions are most favorable. The ...

For a client from the agricultural sector, we built a 250 kW / 383 kWp solar power plant, with a battery energy storage system (BESS) with a capacity of 652 kWh. Due to connection limitations and the inability to transfer excess energy to the grid, the system was designed for maximum local consumption of the generated electricity. The battery system is connected to the solar power plant via hybrid inverters, while the energy flows are managed by ...

The EVOLV DC 150 kW charger enables fast, reliable and efficient charging of electric vehicles, tailored to the needs of modern traffic and users on the move. Thanks to the high output power, most vehicles can be charged to 80% of their capacity in approximately 20 to 30 minutes, depending on the vehicle model and battery capacity. The charger supports modern fast charging standards and ensures safe, stable and easy operation in everyday use. The...

The "Electricity Generation and Storage – Zempro II Solar Power Plant Battery System" project addresses the issue of generation variability at the solar power plant on a micro-level, while positively impacting the power system on a macro-level. The project entails the installation of a 625 kW/1,305 kWh battery system, thereby enhancing the flexibility, stability, and reliability of the power system and contributing to decarbonization and the goal...

The project "Electricity Generation and Storage – 'Gorup 1' Solar Power Plant Battery System" addresses the issue of generation variability at the solar power plant on a micro-level, while positively impacting the power system on a macro-level. The project entails the installation of a 625 kW/1,305 kWh battery system, thereby enhancing the flexibility, stability, and reliability of the power system and contributing to decarbonization and the goal...

The project "Electricity Generation and Storage – Lipik 2H Solar Power Plant Battery System" addresses the issue of generation variability at the solar power plant on a micro-level, while positively impacting the power system on a macro-level. The project entails the installation of a 625 kW/1,305 kWh battery system, thereby enhancing the flexibility, stability, and reliability of the power system and contributing to decarbonization and the goals...

The project "Electricity Generation and Storage – Battery System for the Lipik 1H Solar Power Plant" addresses the issue of generation variability at the solar power plant on a micro-level, while positively impacting the power system on a macro-level. The project entails the installation of a 625 kW/1,305 kWh battery system, thereby enhancing the flexibility, stability, and reliability of the power system and contributing to decarbonization and t...

The project "Electricity Generation and Storage – Orahovica Solar Power Plant Battery System" addresses the issue of generation variability at the solar power plant on a micro level, while positively impacting the power system on a macro level. The project entails the installation of a 625 kW/1305 kWh battery system, thereby enhancing the flexibility, stability, and reliability of the power system and contributing to decarbonization and the goals...

The "Electricity Generation and Storage – Darda H2 Solar Power Plant Battery System" project addresses the issue of generation variability inherent to solar power plants at the micro-level, while positively impacting the power system at the macro-level. The project entails the installation of a 625 kW/1305 kWh battery system, thereby enhancing the flexibility, stability, and reliability of the power system and contributing to decarbonization and ...

The project "Electricity Generation and Storage – Darda H1 Solar Power Plant Battery System" addresses the issue of generation variability at the solar power plant on a micro-level, while positively impacting the power system on a macro-level. The project entails the installation of a 625 kW/1,305 kWh battery system, thereby enhancing the flexibility, stability, and reliability of the power system and contributing to decarbonization and the goals...