---
title: "Power Generation Side | Guangzhou Great Power Energy and Technology Co., Ltd."
description: "Energy storage solutions for renewable energy generation sites."
url: "/applications/power-generation-side"
language: "en"
alternates:
  - { language: "es", url: "/es/applications/lado-de-generacion" }
---

# Power Generation Side

Energy storage solutions for renewable energy generation sites.

[Contact engineering team](/contact)[View product catalog](/products)

## Power Generation Side

03

[Max-20HC-5000 — High Safety 5 MWh Liquid-Cooled Energy Storage Container — A 5.016 MWh liquid-cooled energy storage container system featuring high safety, efficiency, and long lifespan. — - **Rated Energy:** 5.016 MWh@0.5C
- **Rated Output Power:** ≤417 kW\*6/1250 kW\*2
- **Rated Output Voltage:** 1164.8 V~1497.6 V](/products/high-safety-5-mwh-liquid-cooled-energy-storage-container-max-20hc-5000)

[Max-20HC-6250 — 6.25 MWh Liquid-Cooled Energy Storage Container — A 6.25 MWh liquid-cooled energy storage container system utilizing 587Ah cells for higher capacity and efficiency. — - **Rated Energy:** 6.25 MWh@0.5C
- **Rated Output Power:** ≤1563 kW\*2
- **Rated Output Voltage:** 1164.8 V~1497.6 V](/products/6-25-mwh-liquid-cooled-energy-storage-container-max-20hc-6250)

[Max-20HC-3720-1P — 1P Frequency Regulation Energy Storage Container — A specialized 1P rate energy storage container designed for fast response frequency regulation scenarios. — - **Power:** ≤1P/1C
- **Rated Energy:** 3.727 MWh
- **Max Depth of Discharge (DOD):** 0~100%](/products/1p-frequency-regulation-energy-storage-container-max-20hc-3720-1p)

## Application deployments

[All case studies](/cases)

China

Xinjiang Tumushuke 350MWh Photovoltaic Energy Storage Project

China

Ningxia Shizuishan 200MWh Photovoltaic Energy Storage Project

China

Xinjiang Bachu 140MWh Photovoltaic-Pastoral Complementary Project

China

Xinjiang Jimsar 150MWh Photovoltaic Energy Storage Project

China

Xinjiang Jiashi County 600MWh Photovoltaic Power Generation Project

## Define your application parameters

Submit duty cycles, enclosure specs, and grid constraints. Great Power returns a cell-to-system configuration with test data.

[Contact engineering team](/contact)