Solar PCU (Power Conditioning Unit)

Solar Off-Grid PCU (Power Conditioning Unit)

Here’s a list of applications and their corresponding capacities where Solar PCU (Power Conditioning Unit) systems are commonly used:

Residential Solar Power Systems: 1 KVA to 10 KVA

Off-Grid Power Solutions: 1 KVA to 20 KVA

Commercial Establishments: 5 KVA to 50 KVA

Rural Electrification Projects: 2 KVA to 30 KVA

Residential Solar Power Systems

Capacity:

1 KVA to 10 KVA.

Applications:

Harnessing solar energy for powering lights, appliances, and other household devices.

Commercial Establishments

Capacity:

5 KVA to 50 KVA.

Applications:

Integrating solar power into businesses for reduced energy costs and sustainable operations.

Off-Grid Power Solutions

Capacity:

1 KVA to 20 KVA.

Applications:

Providing power in remote areas without a reliable grid connection using solar energy.

Rural Electrification Projects

Capacity:

2 KVA to 30 KVA.

Applications:

Extending electricity access to rural areas through solar PCUs for basic lighting and small appliances.

Educational Institutions

Capacity:

3 KVA to 30 KVA.

Applications:

Utilizing solar power for classrooms, lighting, and powering educational equipment.

Telecommunication Towers

Capacity:

10 KVA to 50 KVA.

Applications:

Integrating solar PCUs to power telecommunication equipment in remote locations.

Water Pumping Systems

Capacity:

2 KVA to 15 KVA

Applications:

Running solar-powered water pumps for agricultural irrigation and water supply.

Industrial Applications

Capacity:

10 KVA to 100 KVA.

Applications:

Implementing solar PCUs to support specific industrial processes and reduce dependence on the grid.

Street Lighting Systems

Capacity:

1 KVA to 10 KVA.

Applications:

Solar PCUs power street lights, offering sustainable and cost-effective lighting solutions.

Healthcare Facilities

Capacity:

5 KVA to 30 KVA.

Applications:

Using solar PCUs to provide reliable power for medical equipment and lighting in healthcare centers.

Note:

Solar PCUs convert solar energy into usable electrical power while managing the battery storage system. Capacities depend on the specific power requirements of the application and the available solar resources in the location. The adoption of solar PCUs is driven by the need for clean and sustainable energy solutions in various sectors.