SOFAR HYD40K-T1 and SOFAR CBS8000 80 kWh is a complete energy storage solution for commercial and industrial sites. The kit combines an efficient 40 kW hybrid inverter with a modern LiFePO₄ energy storage system with a capacity of 80 kWh, creating a system for effective management of electricity in the company.

The solution is designed for companies that want to increase self-consumption of PV energy, reduce the cost of buying energy from the grid, perform Peak Shaving, improve the energy security of the site and prepare for dynamic energy tariffs. The kit works perfectly with EMS and SCADA systems, giving full control over energy flows on site.

SOFAR HYD40K-T1 + CBS8000 80 kWh kit contents

The energy storage kit consists of the following devices:

• Hybrid inverter: SOFAR HYD40K-T1 40 kW
• Energy storage: SOFAR CBS8000 80 kWh
• EMS energy management system: iONTEC Connect V2-R1-P02++

The iONTEC Connect EMS energy management system combines the PV installation, energy storage and loads into one intelligent system. It automatically decides when to charge and discharge the battery, uses dynamic RCE energy prices, limits grid export and controls selected loads. As a result, it increases self-consumption and lowers energy costs – without manually changing inverter settings.

Combining the SOFAR HYD40K-T1 hybrid inverter with the CBS8000 80 kWh energy storage creates a complete storage system for commercial and industrial applications, enabling effective energy management, higher self-consumption of PV energy, Peak Shaving and energy arbitrage.

Why choose this kit?

• Optimised electricity costs
• Higher self-consumption of PV energy
• Peak demand reduction (Peak Shaving)
• Works with EMS and SCADA systems
• Support for dynamic energy tariffs
• Greater energy independence of the company
• High efficiency and reliability
• Complete system from one manufacturer
• Possibility of further expansion

SOFAR HYD40K-T1 hybrid inverter

SOFAR HYD40K-T1 is an advanced three-phase hybrid inverter designed to work with photovoltaic installations and high-voltage energy storage systems. It intelligently manages the energy flow between generation sources, energy storage, loads and the grid.

Thanks to high efficiency, four independent MPPT trackers and extensive energy management functions, the inverter is ideal for commercial and industrial applications. It supports strategies for increasing self-consumption, limiting grid export and reducing peak demand.

Key inverter parameters

• Rated AC power: 40 kW
• 4 independent MPPT trackers
• Maximum DC voltage: 1000 V
• Maximum efficiency up to 98.2%
• RS485, Ethernet and Modbus communication
• Zero Export function
• Peak Shaving function
• Compatible with EMS systems
• IP66 protection rating

SOFAR CBS8000 80 kWh energy storage

SOFAR CBS8000 80 kWh is a modern energy storage system for commercial and industrial applications. It uses safe lithium iron phosphate (LiFePO₄) cells, ensuring high durability, reliability and operational safety.

The storage cabinet is equipped with an advanced battery management system (BMS) that monitors cell parameters and ensures safe operation. The compact design and integration with EMS systems make it a perfect fit for modern companies looking to optimise their energy costs.

Key energy storage parameters

• Usable capacity: 80 kWh
• Cell technology: LiFePO₄ (LFP)
• Integrated BMS
• Cabinet design for C&I applications
• Long service life
• High level of operational safety
• Integration with EMS and SCADA systems
• Possibility of further expansion

Who is this kit for?

The SOFAR HYD40K-T1 + CBS8000 80 kWh kit is designed for companies and investors looking for an effective energy storage system.

• Production plants
• Logistics and warehouse centres
• Farms
• Retail and service buildings
• Hotels and tourist facilities
• PV installations for business
• Sites using dynamic energy tariffs
• Microgrids and advanced EMS systems

By combining a 40 kW hybrid inverter with 80 kWh of energy storage, the company can actively manage energy, increase its energy independence, improve energy efficiency and reduce the cost of buying electricity from the grid.