80 kW / 241.2 kWh Battery Energy Storage System for Business. Backup Power Supply
A ready-to-install solution for storing and managing electricity at your facility. With 80 kW of power and 241.2 kWh of nominal capacity, this battery energy storage system (BESS) provides backup power during grid outages and keeps critical equipment running. The system combines Deye BOS-B PRO LiFePO₄ batteries with a three-phase Deye hybrid inverter.
- 80 kW Power / 241.2 kWh Capacity
- 10 ms Backup Switchover
- 5-Year Warranty on Inverter and Batteries
80 kW / 241.2 kWh BESS — A Ready-to-Install Solution for Business
This 80 kW battery energy storage system, with a nominal capacity of 241.2 kWh, is designed to provide backup power for commercial and industrial facilities. It offers 217.1 kWh of usable battery capacity at a maximum depth of discharge of 90%.
The system consists of an 80 kW three-phase Deye hybrid inverter and 15 Deye BOS-B PRO LiFePO₄ battery modules. The inverter supports generator or Smart Load connections, peak shaving, electricity export to the grid, and remote monitoring via Wi-Fi.
Specifications
80 kW
241.2 kWh
217.1 kWh
LiFePO₄
Three-phase
5 years on inverter and batteries
Estimated BESS Cost
80 kW / 241.2 kWh BESS
A ready-to-install backup power solution for businesses
The final cost is confirmed following a site assessment and completion of the system design.
How BESS Helps Reduce Energy Costs
The financial benefits of a battery energy storage system depend on how it operates, the facility's load profile, and its intended use. This configuration can help reduce peak demand and provide backup power for critical equipment. The actual financial benefits are calculated individually based on the specific facility.
The BESS supplies part of the facility's electricity demand during peak consumption periods, helping reduce peak load on the grid.
The BESS charges when electricity prices are lower and supplies stored energy during higher-tariff periods.
BESS Financial Benefits
Calculated Individually
Operating conditions and load profile
A BESS can deliver financial benefits by reducing peak demand, providing backup power, and minimizing losses caused by operational downtime. The exact payback period is determined by analyzing the facility's electricity consumption, operating conditions, and business needs.
80 kW / 241.2 kWh BESS for Businesses
This battery energy storage system is suitable for businesses that need reliable backup power for critical equipment, lower peak electricity demand, and continued operation during grid disruptions.
Suitable for:
The BESS can provide backup power for lighting, automation systems, servers, and other critical equipment while helping reduce peak demand on the grid.
Suitable for backing up critical systems at farms, grain elevators, storage facilities, and processing sites where power outages can interrupt operations.
Helps keep essential equipment running during power outages and uses stored energy to reduce peak electricity demand.
The BESS can provide backup power for payment terminals, lighting, automation systems, and other essential equipment needed to keep operations running during grid outages.
Can keep checkout systems, lighting, automation, and selected refrigeration equipment running during power outages.
Suitable for providing backup power to servers, communication systems, lighting, building automation, and other critical equipment.
What's Included in the BESS
A complete battery energy storage system combines equipment for storing, converting, managing, and safely supplying electricity. The 80 kW / 241.2 kWh configuration includes Deye BOS-B PRO battery modules, a hybrid inverter, a battery management system (BMS), battery racks, and the necessary protection and switching equipment.
Warranties
5 years (10-year manufacturer's warranty)
5 years
2 years
From Site Assessment to BESS Commissioning
Alteco manages every stage of the project, from site assessment and system configuration to installation, setup, and commissioning. With a single contractor overseeing the entire process, equipment compatibility and proper system operation remain under one team's responsibility.
What We Do:
• Analyze the facility’s electricity consumption profile
• Define the BESS requirements: backup power, peak shaving, energy arbitrage, and solar PV integration
• Assess the technical feasibility of connecting the system
• Develop a preliminary system configuration
What You Get:
An initial technical assessment and a proposed BESS configuration tailored to your facility.
What We Do:
• Select equipment based on your requirements and budget
• Define the BESS configuration
• Estimate the potential financial benefits
• Prepare a technical and commercial proposal
What You Get:
A complete proposal outlining the system configuration, cost, project timeline, and warranties.
What We Do:
• Agree on the final system configuration
• Confirm the scope of work, timeline, and cost
• Set the project milestones and payment schedule
• Officially launch the project
What You Get:
Clearly defined terms of cooperation and a structured project implementation plan.
What We Do:
• Deliver equipment to the site
• Install the BESS, PCS, and auxiliary equipment
• Integrate the system into the facility’s electrical network
• Connect the monitoring and control systems
What You Get:
An installed battery energy storage system, ready for commissioning.
What We Do:
• Test and configure the system
• Verify the BESS operating modes
• Set up monitoring and control functions
• Provide staff training
What You Get:
A fully operational BESS, access to system monitoring, and basic operating instructions.
