Solution

Solutions

Renewable Energy Storage
Solutions

Full Ecological Chain Product Strategy

Providing a comprehensive range of secure and reliable solutions

Energy Storage on the Power Generation Side

Grid Connection for More Stability and Greater Profitability

Energy storage deployed on the generation side plays a crucial role for thermal power plants by enabling peak shaving and AGC (Automatic Generation Control) frequency regulation in coordination with thermal power units. This includes primary frequency regulation, AGC, peak shaving, reactive power adjustment, automatic voltage control (AVC), and black start capabilities. For new energy generation facilities, in some regions, situations of abandoned wind and photovoltaic power occur, which significantly impact the station's investment returns. Energy storage systems can smooth out the power output of new energy sources, track planned output, reduce the abandonment of wind and photovoltaic power, promote the integration capacity of new energy into the power grid, and enhance auxiliary service businesses by utilizing system flexibility to improve integration capacity.
Grid-side Energy Storage

Flexible Configuration, Long-term Peak Shifting Without Pressure

Energy storage used on the grid side can greatly enhance provincial-level peak shifting capabilities. In provinces abundant with new energy sources, grid-side peak shifting often requires discharge durations of 4 hours or more.
Customer-Side Energy Storage

Empowering Commercial and Industrial Sectors, Ensuring Stable Power Supply

When customer-side energy storage demands exceed the 10MWh scale, the safety requirements for energy storage are equivalent to those on the power generation side. For customers aiming to achieve benefits such as extreme electricity demand protection and time-of-use electricity price arbitrage, safety in energy storage is a prerequisite.
Distributed Photovoltaics + Energy Storage

Peak Shaving to Enhance Power Supply Reliability

The energy storage demand for new energy vehicle charging stations represents a typical case of distributed energy storage, with the storage requirements for a large-scale charging station reaching several MW or more. The control systems for such energy storage require higher standards. Leveraging years of practical experience, V-Liquid has independently developed energy storage systems to provide customers with the most convenient and secure energy storage experience.

Application Cases

Energy Storage on the Generation Side

Xinjiang V-Liquid Solar Storage Demonstration 7.5MW/22.5MWh

Energy Storage on the Generation Side

Xinjiang V-Liquid Solar Storage Demonstration 7.5MW/22.5MWh

The first domestically installed photovoltaic-side all-vanadium flow battery energy storage station, operating for over 810 days. Applications include peak shaving and reducing curtailed solar energy.
User-Side Energy Storage

PanGang Research Institute

User-Side Energy Storage

PanGang Research Institute

Operation time > 360 days Application: Electrolyte Testing
User-Side Energy Storage

Ya'an Zhongfu Testing Platform

User-Side Energy Storage

Ya'an Zhongfu Testing Platform

Application: High-Concentration Electrolyte Demonstration

Renewable Energy StorageSolutions

Full Ecological Chain Product Strategy

Grid Connection for More Stability and Greater Profitability

Flexible Configuration, Long-term Peak Shifting Without Pressure

Empowering Commercial and Industrial Sectors, Ensuring Stable Power Supply

Peak Shaving to Enhance Power Supply Reliability

Application Cases

Renewable Energy Storage
Solutions