CVC Energy Storage Cases
Use these project references to see how CVC and its strategic manufacturing partners match energy-storage systems to real applications. References cover residential solar storage, commercial and industrial storage, microgrid backup, medium-voltage power protection and charging scenarios. Each case illustrates an application route; final sizing, delivery scope and compliance still depend on the load, grid, site and applicable local standards.
Longer Backup for a Professional Small Site
This veterinary-station project combines PV, an inverter and 25kWh of storage around a 5kW power level. Its high energy-to-power ratio suits moderate loads that need longer support, such as lighting, refrigeration, communications and selected professional equipment. The same sizing logic can guide rural clinics, service stations and other weak-grid sites after their actual load is checked.
Productive-Use Backup for a Small Factory
This system was configured for emergency support at a small processing factory. It demonstrates how storage can protect production, refrigeration or other revenue-generating loads when the grid fails. Similar workshops and agro-processing sites should be sized from operating power, motor starting current, priority loads and the required outage window.
A Practical Route for a Small or Medium Home
This home battery plus inverter system supports solar self-use, surplus export and emergency backup. Its size is a useful reference for a small or medium household prioritizing refrigeration, lighting, routers, selected fans and sockets rather than every high-power load at once. In Southeast Asia, the same approach can serve urban rooftop-solar homes or shorter outage windows, subject to local tariffs and grid rules.
Larger Capacity for a Detached Home or Villa
This larger residential battery plus inverter solution supports a higher-power home, a larger rooftop PV system and more simultaneous loads. It is a more relevant reference for detached houses or villas than for a small apartment. For Southeast Asian markets, it maps to larger homes that need solar self-consumption and broader backup coverage, while air-conditioning, pumps and EV charging still require load-level confirmation.
Estonia Storage Project
500kW / 1164.8kWh. Designed for self-use, surplus electricity feeding back to the grid and emergency backup.
Spain Storage Project
630kW / 1290kWh. Supporting self-use, grid export and emergency backup.
Democratic Republic of the Congo Project
2MW / 1MWh. A medium-voltage seamless power protection system connected to a 15kV grid.
German Warehouse
3kW/7.2kWh. Residential self-use, surplus power output, emergency standby.
Sichuan-Tibet Microgrid
100kW / 200kWh. Microgrid storage for self-use and surplus electricity export.
Shanghai / Zhejiang Electric Vessel Charging
1MW / 2MWh. Storage for electric container-ship charging and peak shaving.