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Large Scale Battery Energy Storage

Large Scale Battery Energy Storage System

Ritar International Group's large-scale energy storage solution is built around high-safety battery technology and is specifically designed for grid-side, generation-side, and large-scale commercial & industrial energy storage needs. The system features inherent safety (remaining non-flammable and non-explosive even under direct open flame), a long service life (over 25 years design life), and intelligent management (BMS/EMS coordination). It supports applications such as peak shaving and valley filling, as well as the integration of renewable energy.
Having been deployed in multiple projects, it contributes to building a safe and efficient large-scale energy storage system.

Our Cases
Cases of Large Scale Battery Energy Storage

Project Name:

350MW/1000MWh Acid-Free Solid-State Lead Battery Energy Storage Building

Brief Introduction: This energy storage building is designed to store surplus wind and solar power for supplying electricity to the county-level city. The project is located in Huizhou. It adopts a large number of energy storage batteries to form an energy storage building, covering an area of 15 mu, which is only 1/10 of the land occupied by lithium battery projects of the same scale.

Project Name: 

Luxshare Precision Kunshan 16MWh Energy Storage Power Station


Project Scale: 

4MW/16MWh


Environmental Impact:

  • Reduces carbon dioxide emissions by 4,163 tons annually

  • Saves 513 tons of standard coal consumption per year

Project Name: 

50MWh Energy Storage Project in Australian Oilfield


An Australian Energy Management System (EMS) company has provided a 50MWh energy storage power station project for an Australian oilfield company. The core purpose of the energy storage system is to supply timely power to the oilfield nodding donkeys (pumping units):

  • Effectively addressing the slow response time of diesel generators

  • Minimizing frequent power fluctuations or outages that directly threaten production continuity and operational safety


Project Name: 

Morowali, Indonesia 150MWh Grid System


COD: 2020–2023

IMIP Project Phase I–IV

150MWh Grid-connected System


Project Name: 

St Gall Battery Energy Storage System


Texas, USA

COD: 2024

446MWh


Project Name:

350MW/1000MWh Acid-Free Solid-State Lead Battery Energy Storage Building

Brief Introduction: This energy storage building is designed to store surplus wind and solar power for supplying electricity to the county-level city. The project is located in Huizhou. It adopts a large number of energy storage batteries to form an energy storage building, covering an area of 15 mu, which is only 1/10 of the land occupied by lithium battery projects of the same scale.

Project Name: 

Luxshare Precision Kunshan 16MWh Energy Storage Power Station


Project Scale: 

4MW/16MWh


Environmental Impact:

  • Reduces carbon dioxide emissions by 4,163 tons annually

  • Saves 513 tons of standard coal consumption per year

Project Name: 

50MWh Energy Storage Project in Australian Oilfield


An Australian Energy Management System (EMS) company has provided a 50MWh energy storage power station project for an Australian oilfield company. The core purpose of the energy storage system is to supply timely power to the oilfield nodding donkeys (pumping units):

  • Effectively addressing the slow response time of diesel generators

  • Minimizing frequent power fluctuations or outages that directly threaten production continuity and operational safety


Project Name: 

Morowali, Indonesia 150MWh Grid System


COD: 2020–2023

IMIP Project Phase I–IV

150MWh Grid-connected System


Project Name: 

St Gall Battery Energy Storage System


Texas, USA

COD: 2024

446MWh


Our FAQs

FAQs about Large Scale Battery Energy Storage

Q
What is industrial and commercial (I&C) battery energy storage, and how is it different from residential or utility-scale storage?
A

Industrial and commercial battery energy storage is a stationary energy storage system designed for businesses, factories, commercial buildings (e.g., malls, office towers), and industrial facilities. It stores electrical energy (primarily from the grid or on-site renewable energy) in rechargeable batteries for later use.

Q
What core benefits does battery energy storage bring to industrial and commercial enterprises?
A

The primary value for I&C users centers on economic savings and operational stability, with additional environmental and regulatory advantages

Our Information
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Ritar International safeguards global energy applications with intrinsically safe energy storage technology.
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