Energy Storage System Solution-Solavita

Aerial view of a large industrial facility with two main rectangular buildings covered with solar panels and commercial and industrial energy storage cabinets, both charging and discharging the solar energy storage system. Trees and smaller buildings surround the buildings.

The Solavita solar energy storage system is installed on the roof of a large commercial and industrial building. The building roof is flat and covered with solar panels and Solavita commercial and industrial liquid-cooled energy storage cabinets. Tall windows outline the facade of the building, with dense trees and transmission towers in the background.

Commerical & Industrial Energy System Solution

290,000

Power stations built
7

Billion kWh

Green electricity produced
8

Million tons

Carbon dioxide reduced
10.5

Million

Equivalent to trees planted

290,000

Power stations built
7

Billion kWh

Green electricity produced
8

Million tons

Carbon dioxide reduced
10.5

Million

Equivalent to trees planted

Seize Control, Embrace Sustainability, Commercial ESS Empowers Buisness

solavita provide a comprehensive commercial energy storage system solution tailored to meet the specific needs of your business. Our cutting-edge technology covers DC and AC-coupled Battery Energy Storage Systems (BESS), ensuring optimal performance and efficiency. With our commercial energy storage system, you can effectively manage and store excess energy, optimize peak demand, and reduce operational costs. Whether you want to enhance grid stability, participate in demand response programs, or achieve energy independence, The commercial energy storage system of Solavita commercial energy storage system empowers your business to thrive in the evolving energy landscape.

Demand Charge Management

During peak hours (2 PM - 4 PM), solavita ess charges from the grid, storing energy in the battery cabinet. When demand is high, the stored energy discharges, reducing your electricity costs by smoothing out spikes. This ensures efficient energy use and significant cost savings.

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Peak Shaving

At night (10 PM - 6 AM), the system charges using low-cost grid and solar power. During peak daytime hours (6 AM - 10 PM), it discharges stored energy to reduce load on the grid. This minimizes peak demand charges, optimizing your energy expenses.

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Micro Grid

By day, solar and wind energy charge the battery. At night, the stored energy powers your facility. Our microgrid operates independently or in conjunction with the main grid, providing self-sufficient, reliable, and eco-friendly energy for residential, commercial, and industrial loads.

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Backup Power

Normally, the system charges from the grid and solar power. During outages (illustrated by stormy weather), it discharges stored energy to power critical loads, ensuring your essential operations run smoothly without interruption. This offers peace of mind and operational continuity.

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Demand Charge ManagementDemand Charge Management
Peak ShavingPeak Shaving
Micro GridMicro Grid
Backup PowerBackup Power

The Advantages of Solutions

Up to 150% DC Input Oversizing
Up to 115% AC Output Overloading
Up to 99% Max. Efficiency
Up to 12 MPPT Trackers

A row of battery storage units with Solavita branding sits outdoors on a concrete platform, seamlessly integrated with the environment. In the background, a grassy field and a distant wind turbine under a cloudy sky evoke endless possibilities

Global Cases

C&I PV project in Shaoxing
- Zhejiang, China
- C&I
- 3.3 MW
  
  Total Capacity
C&I PV project in Shenzhen
- Guangdong, China
- C&I
- 8 MW
  
  Total Capacity
C&I PV project in Xintong
- Guangdong, China
- C&I
- 3.8 MW
  
  Total Capacity
Linjia Village 100MW fishery-solar project
- Weifang, Shandong, China
- C&I
- 100MW
  
  Total Capacity
- 320kW
  
  Inverter
Chengxi Villiage 5.94MW fishery-solar project
- Weifang, Shandong , China
- C&I
- 5.94 MW
  
  Total Capacity
- 320kW
  
  Inverter