Q: What is included in the 10.24kWh Lithium Solar Kit?
A: The system includes a 10kVA MUST hybrid inverter, one 10.24kWh MUST LiFePO4 lithium battery, ten 585W monocrystalline solar panels and complete installation accessories.
Q: What installation accessories are included?
A: The package includes solar-panel mounting structures, DC and AC protection equipment, breakers, cables, connectors and essential electrical-safety components. Additional materials may be required depending on the roof type, cable distances and site conditions.
Q: What is the total solar-panel capacity?
A: The ten 585W solar panels provide a combined solar-generation capacity of 5,850W, equivalent to 5.85kW.
Q: What appliances can this solar system power?
A: It can power compatible refrigerators, freezers, televisions, lighting systems, Wi-Fi equipment, computers, washing machines, water pumps and selected commercial equipment. The combined running load and starting surge must remain within the inverter’s supported limits.
Q: Can the system power several appliances at the same time?
A: Yes. The 10kVA inverter is designed to support multiple compatible household or commercial appliances simultaneously. A load assessment is recommended to ensure the total load does not exceed the inverter’s capacity.
Q: How long can the 10.24kWh battery provide backup power?
A: Backup duration depends on the total power consumption of the connected appliances. Essential loads such as lights, internet equipment and televisions will run longer than water pumps, washing machines, refrigerators and other higher-consumption equipment.
Q: Can the system provide overnight backup?
A: Yes. The 10.24kWh lithium battery can provide extended overnight backup when loads are managed properly. Actual runtime depends on appliance consumption, battery charge level and the number of appliances operating.
Q: Can the solar panels power appliances while charging the battery?
A: Yes. During sunny conditions, the 5.85kW solar array can power connected appliances while charging the lithium battery. Available charging power depends on sunlight intensity, panel positioning and the connected daytime load.
Q: Does the system automatically switch during a blackout?
A: Yes. The hybrid inverter automatically manages solar, battery and utility-grid power. When grid electricity fails, it can supply power from the battery when sufficient stored energy is available.
Q: Does the system prioritise solar energy?
A: Yes. The inverter can be configured to prioritise solar energy before using stored battery power or utility-grid electricity, helping maximise solar use and reduce electricity costs.
Q: Is this system suitable for a large home or villa?
A: Yes. It is designed for large homes and villas requiring reliable power for refrigeration, lighting, entertainment, internet equipment, washing machines, pumps and other compatible appliances.
Q: Is the system suitable for a business?
A: Yes. It is suitable for offices, shops, supermarkets and commercial spaces that require dependable power for lighting, computers, internet equipment, refrigeration and moderate commercial machinery.
Q: Is this solar system suitable for a clinic or institution?
A: Yes. It can support clinics and institutions using compatible lighting, computers, communication equipment, refrigeration and other essential devices. Critical or specialised equipment should be assessed separately before installation.
Q: Can it power refrigerators and freezers?
A: Yes. It can power compatible refrigerators and freezers, provided their combined running power and starting surge remain within the inverter’s limits.
Q: Can it power a water pump?
A: Yes. It can support compatible water pumps. The pump’s running wattage, motor-starting surge and operating duration should be checked before installation.
Q: Can it power a washing machine?
A: Yes. It can support compatible washing machines. Models with built-in water heaters consume considerably more electricity and should be assessed before use.
Q: Can it power an electric cooker, kettle, iron or water heater?
A: These appliances consume significant amounts of electricity. Some may operate within the inverter’s capacity, but frequent use can drain the battery quickly. A professional load assessment is recommended before connecting high-consumption heating appliances.
Q: Can it power an air conditioner?
A: It may support compatible air conditioners depending on their running wattage, compressor-starting surge and the other appliances operating simultaneously. An appliance and load assessment is required before installation.
Q: What are the benefits of the 48V system?
A: A 48V system operates at a lower current than comparable lower-voltage systems, helping reduce electrical losses, improve efficiency and support larger inverter and appliance loads.
Q: What are the benefits of the LiFePO4 battery?
A: LiFePO4 technology provides fast charging, deep usable discharge, long cycle life, stable performance and lower maintenance requirements compared with many conventional lead-acid batteries.
Q: Can I add more batteries or solar panels later?
A: Yes. The system has an expandable design. Any additional batteries or panels must be compatible with the inverter and remain within its battery, charging and maximum solar-input limits.
Q: Is professional installation available?
A: Yes. Professional installation support is available to ensure that the panels, inverter, battery, mounting structures and protection equipment are installed and configured safely.
Q: Is nationwide delivery available?
A: Yes. Nationwide delivery and installation support are available. Charges and scheduling may vary depending on the customer’s location and installation requirements.
Q: Does the system require regular maintenance?
A: The system requires minimal maintenance. Keep the solar panels clean, inspect cables and electrical connections periodically, and install the inverter and battery in a dry, secure and properly ventilated area.
Q: Will this solar system reduce my electricity bill?
A: Yes. It can significantly reduce grid-electricity consumption by powering appliances directly from solar energy and storing excess energy for later use. Actual savings depend on energy consumption, sunlight availability and system settings.
