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EFFECTIVE ELECTRICAL ENERGY STORAGE SYSTEMS

Enhance energy efficiency and sustainability that return electricity to the grid.

 

Our Max 3440 and Ultra Max

5000 systems offer flexible options for industrial sectors.

 

Contact: info@energrin.com +385913664940

The perfect solution for locations with unreliable networks. The battery is automatically maintained at a charge level (e., 80 percent) and activates immediately when a power outage occurs.

SELF-BACKUP

It enables the supply of key consumers and can be used as a replacement for the aggregate in the event of a power outage.

BACKUP ONLY (STS FUNCTION)

Tested scenarios indicated that the energy produced by the photovoltaic modules is primarily used to reduce electricity consumption. Any surplus energy is stored in the battery, while the remaining excess is fed into the grid. Alternatively, energy can be stored in the battery initially, with any surplus subsequently sent to the grid.

SELF-CONSUMPTION (DC-DC)

The system allows for the 'smoothing' of maxigraph peaks, effectively lowering the Peak Manpower costs on HEP ODS's monthly bill. It can automatically a specified level of manpower, using stored energy from the battery to short-term demands that exceed this level. This feature also enables theement of hiring additional manpower or expanding infrastructure on the connection when excess energy is required for up to two hours during the day.

PEAK SHAVING OPTION

TOU (TIME OF USE)

The battery is charged overnight using less expensive electricity, which is then utilized during the day when electricity costs are higher.

OFF-GRID OPTION

The system enables a total disconnection from the grid, utilizing energy from the battery and photovoltaic to power the consumers. In this scenario, a power supply of up to 200 kW is achievable, thanks to the battery capacity.

CONNECTING TO VIRTUAL POWER PLANT

Successful connection of RCT Power BESS to KOER's virtual power plant.

BESS applications

  • Peak load reduction: Managing energy consumption to prevent sudden spikes in consumption.

  • Load shifting: Shifting energy consumption to different time periods by using stored energy when electricity prices are higher.

  • Flexibility: Reducing grid load at critical times without changing overall energy consumption, enabling participation in demand response programs.

  • Microgrids: A key component that allows microgrids to function independently of the main power grid when needed.

  • Renewable energy integration: Ensuring a smooth and uninterrupted flow of electricity in the absence of renewable energy generation.

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