Making BESS as Easy and Reliable as a TV —— Plug and Play

Place the BESS cabinet on its foundation. Connect the power cables. Power on the system. With just three taps on the touchscreen, your BESS is ready to operate.

A BESS company of Huasu Group, listed on the Shenzhen Stock Exchange (Stock Code: 301157)
As of 2025:

Production Area
0
Total Revenue
0 Million
Overseas BESS Installations
0 +
Employees
0 +
Featured solutions

Battery Energy Storage System Solutions

10C Nickel-Zinc UPS Battery Solution

The ideal 5-minute backup solution for data centers

1C Sodium-ion BESS Solution

Reliable backup power with PV self-consumption

800 Vac BESS Solution

he ideal BESS solution for 800 V PV plants

Hybrid 261 BESS Solution

Ideal Solution for PV-BESS & Off-Grid Projects

DC-Coupled BESS Solution

Best BESS solution for existing PV plant

FFD Power large-scale containerized BESS featuring high-density battery racks and internal cooling systems.
String-Type Container BESS Solution

The ideal solution for large-scale BESS projects

Heart of the Bess

Energy Management System

FFD POWER EMS integrates remote monitoring, cloud services, and on-site control through four core components: App, Server, HMI, and Controller. It delivers real-time response, multi-scenario adaptability, high stability, and full-range remote troubleshooting for BESS applications.

In FFD POWER’s architecture, a string-based All-in-One BESS is not simply a collection of components placed inside one cabinet. It represents full functional completeness at the cabinet level.

Each All-in-One cabinet is designed as a fully independent energy storage unit, integrating the critical subsystems required for real-world operation, control, protection, monitoring, and maintenance.

All scenarios

Case Study

FFD POWER’s All-in-One BESS has been successfully deployed in more than 30 countries, helping customers solve complex energy challenges across different markets. Our case studies show how our unified EMS delivers precise control across diverse scenarios, from high-speed FCR grid balancing and resilient island microgrids to intelligent energy arbitrage and optimized PV self-consumption. We do not just deliver hardware — we provide proven operational logic for every kilowatt-hour.

BESS for TOU Arbitrage in Czechia—12-cabinet modular Galaxy 261L site installation (1.5MW/3.13MWh) for scheduled charge/discharge and fleet SOC balancing

1200kW/3132kWh

Location: Czech Republic

Scenario: Arbitrage

Connection Voltage: 400 V

Deployment: Galaxy 261 *12

bess-for-800v-pv-arbitrage 800V PV site with modular Galaxy 418 BESS units installed for PV arbitrage

2520kW/5016kWh

Location: Confidential

Scenario: PV Arbitrage

Connection Voltage: 800 V

Deployment: Galaxy 418 *12

Energy storage system case study thumbnail, click to view full details

1000kW/2610kWh

Location: Morocco

Scenario: EV Charging Station

Connection Voltage: 400V

Deployment: Galaxy 261 *10

Energy storage system case study thumbnail, click to view full details

1000kW/2330kWh

Location: Ukraine

Scenario: Energy Shifting

Connection Voltage: 400V

Deployment: Galaxy 233 *10

BESS for FCR in Norway site deployment for fast frequency response with local EMS control

1000kW/2330kWh

Location: Norway

Scenario: FCR

Connection Voltage: 400V

Deployment: Galaxy 233 *10

Energy storage system case study thumbnail, click to view full details

4600kW/10718kWh

Location: Chile

Scenario: PV Arbitrage

Connection Voltage: 400V

Deployment: Galaxy 233 *46

FFD POWER EMS dashboard showing PV output, grid load, and energy storage status for TOU arbitrage and peak shaving control

1200kW/5742kWh

Location: Israel

Scenario: Peak Shaving

Connection Voltage: 400V

Deployment: Galaxy 233 *22

BESS for TOU Arbitrage in Türkiye—26 Galaxy261L all-in-one cabinet BESS units (3.25MW/6.79MWh) installed at an industrial site for off-peak charging and peak discharge.

3250kW / 6790kWh

Location: Türkiye

Scenario: TOU Arbitrage

Connection Voltage: 400V

Deployment: Galaxy 261 *26

3 Battery Technologies for Energy Storage

One Cabinet. Three Chemistries. Multiple Applications.

Different sites require different battery solutions. That is why FFD POWER builds the same All-in-One cabinet platform around three proven battery chemistries, allowing customers to choose the best option based on climate, duty cycle, safety requirements, and performance priorities — rather than being limited by a single battery type.

 

Nickel Zinc Battery energy storage system for commercial projects
Ni-Zn Battery

 

    10C High-power Discharge

  • Water-based electrolyte with no typical thermal runaway behavior

  • Millisecond-level high-power discharge

  • No lead, cadmium, or cobalt

  • Premium safety and strong cost performance

  • Ideal for data center UPS & mission-critical backup

  • In-house BMS and EMS

  • Fully integrated all-in-one solution
LFP Battery storage cabinet for commercial energy applications
LFP Battery

 

    The Proven Workhorse for Long-duration Storage

  • 6,000–10,000+ deep cycles

  • Low cost per delivered kWh

  • Mature global supply chain

  • Strong lifetime value at scale

  • Ideal for daily-cycling solar and large-scale grid storage

  • In-house BMS and EMS

  • Fully integrated All-in-One solution

Sodium-Ion Battery energy storage system for commercial projects
Sodium-ion Battery

 

Works Where Lithium Hesitates.

  • Strong performance down to −30 °C

  • Abundant, lithium-free materials

  • Safe transportation at 0 V

  • Cost structure less dependent on lithium markets

  • Ideal for cold-climate, remote, and backup + PV self-consumption sites

  • In-house BMS and EMS

  • Fully integrated All-in-One solution