WS-GS2000-2H3 (AS, AF, LATAM, EU) 1MW/2057kWh Utility-Scale ESS Solution

  • All-in-One: 1 MW PCS, 1.6 MWp Solar Input, 2057 kWh LFP Battery
  • High Performance: Achieves 88.5% Max. RTE with 1.1x continuous and 1.5x transient overload capability
  • Advanced Safety: 2-hour fire resistance, gas/smoke detection, multiple suppression systems (aerosol, water)
  • Reliable & Durable: Offers 4-level power redundancy, 8000 cycle life (EOL 70%). Operates from -20°C to 50°C (IP54, C4-M)
  • Versatile Applications: Supports black start, off-grid operation, peak shaving, and transformer capacity control
  • Containerized Solution: Housed in a standard 20ft High Cube container for easy deployment
SKU: WS-GS2000-2H3 (AS, AF, LATAM, EU)Category:Utility-Scale ESS
Contact Us

Description

Deye Winter WS Series – WS-GS2000-2H3 Utility‑Scale Integrated Energy Storage System

Delivering dependable, high‑performance energy storage for utility and industrial projects, the Deye WS‑GS2000‑2H3 is a fully integrated, pre‑engineered ESS that combines power conversion, battery storage, PV integration and advanced system management in a single 20ft high‑cube container.

Feature Specification
Rated power 1000 kW (Max apparent power 1100 kVA)
System energy 2057 kWh (battery configuration: 256S1P × 8)
Overload capability Continuous 1.1×; Transient 1.5×
Maximum round‑trip efficiency 88.5%
Ambient operating range −20°C to 50°C
Protection & durability IP54 enclosure; C4‑M anti‑corrosion rating
Seismic design Moderate performance (0.5 g)
Physical 20 ft HC container; ≈25,000 kg; floor mount
Max. PV input power 1600 kW (200 kW × 8 MPPTs)
Max. PV input voltage 1000 Vdc
MPPT operating range 180–850 Vdc (full load 450–850 Vdc)
MPPT configuration 8 MPPTs (each 2×20 A or 3×13 A per tracker)

Key advantages

  • All‑in‑one, turn‑key platform — PCS, LC filter, MPPT, battery rack and Energy Management System (EMS) are factory integrated for faster site deployment and simplified commissioning.
  • High power & PV capacity — 1,000 kW rated PCS with support for up to 1,600 kW PV input for large renewable deployments.
  • Rugged, field‑ready design — Wide ambient operation and corrosion/fire protection for long‑term outdoor reliability.
  • Scalable & flexible — Parallelable PCS (up to 2) for expanded off‑grid capability and higher system power.
  • Safety & longevity — Multi‑layer redundancy, comprehensive fire protection, LFP chemistry and long cycle life backed by a 10‑year warranty.

Safety, reliability & lifecycle

  • 4‑level power redundancy architecture for continuous operation and serviceability
  • Comprehensive fire safety package: 2‑hour fire resistance, combustible gas detection, smoke extraction, aerosol extinguishers and water sprinklers (combined gas + water protection)
  • Battery chemistry: LFP (Lithium Iron Phosphate) — inherently safer with long cycle life
  • End‑of‑Life performance: 70% capacity after 8000 cycles
  • Warranty: 10 years

Grid & control features

  • Grid connection: 3L + N + PE, 50 Hz (operational 45–55 Hz)
  • System control: integrated EMS with Automatic Transfer Switch (ATS) for seamless grid/isolated transitions and black‑start capability
  • Use cases supported: black start, off‑grid operation, backup power, peak shaving, transformer capacity management
  • Communications: RJ45, Modbus TCP, IEC‑104, IEC‑61850 (enables SCADA/utility integration)

Deye WS‑GS2000‑2H3 is a high‑energy, utility‑grade ESS that combines 2,057 kWh of LFP storage and a 1,000 kW PCS in a weather‑hardened container for grid stabilization, renewable integration and resilient backup power. Its scalable architecture, comprehensive safety systems and PV integration capability make it suitable for large‑scale solar‑plus‑storage, grid support and critical load applications.

Download

Deye WS-GS2000-2H3 Datasheet EN

Deye WS-GS2000-2H3 Datasheet French

Deye WS-GS2000-2H3 Datasheet Russian

Deye WS-GS2000-2H3 Datasheet Japanese

Certificate

Statement

DEYE Statement on Battery Expansion and Insulation Fault

Related products

Request a Quote

Contact Form

en_USEN
Search
×