A2: Safety is considered throughout the system design, including battery management, electrical protection, temperature monitoring and system control. WHC can also configure protection solutions according to project size, installation environment and local requirements.

A3: Typical information includes project location, load profile, peak power demand, daily electricity consumption, existing solar capacity, grid condition, generator information, required backup time and available installation space. The more complete the project data, the more accurately the system can be designed.

A4: The required space depends on system power, battery capacity and equipment configuration. WHC can recommend suitable indoor, outdoor, cabinet or containerized solutions based on the available site area and project requirements.

A5: Lead time depends on system capacity, customization requirements, project quantity and destination. After the technical solution is confirmed, WHC can provide a production and delivery schedule based on the specific project.

A6: In many projects, yes. The system can be designed to integrate with existing PV systems, utility grids and diesel generators. Compatibility should be evaluated based on the existing equipment specifications, communication protocols and system architecture.

A7: The potential savings depend on electricity tariffs, solar generation, load profile, generator fuel costs and system operating strategy. WHC can evaluate the project conditions and recommend a suitable system configuration to improve solar self-consumption, reduce generator use and lower overall energy costs.