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DQ1913 ESS

Model: DQ1913

The DQ1913 Energy Storage System is a fully integrated commercial and industrial energy solution designed to enhance energy efficiency, improve power reliability, and support renewable integration. With a usable capacity of up to 107 kWh and 50 kW output per unit, the system can be flexibly expanded to megawatt-level configurations through modular parallel connection. It stores surplus power from on-site renewable sources such as solar PV and releases it during peak demand to achieve cost savings and participate in demand response programs. In case of a grid outage, DQ1913 provides a clean and reliable backup power supply, reducing dependence on traditional diesel generators.

DQ1913 Energy Storage System Overview

The DQ1913 Energy Storage Cabinet integrates a BMS, EMS, PCS, and fire protection system. Its modular design allows flexible expansion to suit various applications. Built-in safety features include fire and flood protection, temperature control, system alarms, and a dual fire suppression system. The system offers 3D visualization at both cabinet and device level for real-time monitoring, while a mobile app enables remote operation, status checks, and maintenance management.

Rated Inverter Power
Rated Inverter Power From 50 kW to over MW
Storage Capacity
Storage Capacity From 107 kWh to over MWh
Configuration
Configuration Modular and Scalable
The DQ1913 ess deployed at the electric vehicle charging station is currently charging the electric vehicles.

Reliable Backup Power & Smart Peak Shaving

The DQ1913 Energy Storage System ensures reliable backup power and intelligent peak shaving for industrial and commercial applications. Its DC-coupled architecture provides a higher DC/AC ratio and improved round-trip efficiency, while advanced fault protection, low battery cycling, and automatic current sharing across multiple parallel units guarantee stable and efficient energy delivery even under demanding load conditions.

Future-Oriented Value & Revenue

Beyond energy storage, DQ1913 represents a long-term energy asset. It can participate in demand response programs and ancillary service markets, creating additional revenue streams by feeding power back to the grid. Equipped with high-safety LiFePO₄ batteries and an advanced energy management platform, it offers long service life, low maintenance costs, and high reliability, supporting strategic energy planning for the next decade and beyond.
Sustainable and Eco-Friendly

Green Energy Transition

The DQ1913 ESS actively facilitates the transition to renewable energy, enabling efficient self-consumption of solar PV and wind energy while smoothing intermittent generation. By reducing reliance on fossil fuel generation and optimizing energy dispatch, it contributes to sustainable, low-carbon operations for industrial and commercial facilities.

Trusted Partner

As a reliable energy partner, GODE offers end-to-end solutions for the DQ1913 ESS. We ensure fast delivery and professional installation, comprehensive remote monitoring services for proactive system management, and pre-tested, transport-ready units that reduce on-site commissioning time. Our commitment guarantees safe, efficient, and long-term operation for our customers.
GODE‘s engineer is debugging DQ1913 energy storage system

DQ1913 ESS can be used for multiple applications

Peak load shifting

By charging and storing energy during valley hours and discharging energy during peak hours, we can reduce the electricity costs of enterprises or parks, and save electricity bills for customers.

DQ1907 ESS can be used for Peak load shifting

Backup power supply

During power outages, provide uninterrupted short-term power supply to important loads to reduce economic losses caused by sudden power outages.

DQ1907 ESS can be used for Backup power supply

On demand response

When the short-term power consumption is greater than the transformer capacity, the energy storage system conducts rapid discharge to meet the load energy demand requirements.

DQ1907 ESS can be used for On demand response

Maximize revenue

On the electricity market trading platform, short-term electricity trading is carried out in conjunction with load forecasting.

DQ1907 ESS can be used for Electricity trading

Key Features

Smart & Efficient

  • Integrated BMS/EMS/PCS
  • All-in-one compact design
  • 3D visualization & remote monitoring
  • Intelligent scheduling & demand response

Safety & Reliability

  • LiFePO4 battery
  • IP68 protection
  • Patented flame-retardant design
  • Seamless ATS/STS power switching

Flexible & Scalable

  • Modular expansion design
  • Scalable to MW-level capacity and power
  • Suitable for C&I, microgrid, and backup power
  • Distributed architecture for coordinated control

Front view of the DQ1913C50K-01 107kWh 50kW energy storage system
Cell typeLiFePO4
Battery Configuration384 V / 280 Ah
Battery Voltage Range336 V – 432 V
Rated Power50 kW
Rated AC Voltage230 / 400 V, 50 / 60 Hz
AC Voltage Range230 / 400 V, 50 / 60 Hz
DC Voltage Range350 V – 850 V
Max. PV Charge Power38.4 kW + 38.4 kW
Max. PV Input Voltage850 V
MPPT Voltage Range200 V – 800 V
Energy Management SystemLCD monitor, RS485, CAN, TCP/IP
Cabinet TypeOutdoor three-cabin cabinet
Cabinet Size1,980 × 1,210 × 1,300 mm
Noise<75 dB
IP LevelIP54
Ambient Temperature-20 ~ 60 °C
Relative Humidity0 ~ 95%
Air Conditioner2000 W × 1 set
Fire-Fighting SystemIntegrated automatic fire protection system
DQ1907 ESS manual
(PDF 880 KB , 02/02/2025)