Kweli Energy 1.2kWp-2.56kWh-2kVA Complete Hybrid Solar Power System; 4.5-5.5kWh Daily Yield, Long-Life Lithium Battery, Automatic Switchover

Kweli Energy 1.2kWp-2.56kWh-2kVA Complete Hybrid Solar Power System

• 1.2kWp monocrystalline solar array generating an estimated 4.5-5.5kWh of clean solar energy per day under suitable conditions.
• Felicity FLA24100 2.56kWh lithium battery with 24V-class, 100Ah energy storage for night-time use and power outages.
• At least 95% battery depth of discharge provides greater usable storage capacity from the compact lithium battery.
• At least 6,000 battery charge cycles for dependable daily operation and longer service life than conventional lead-acid storage.
• Felicity IVCM2024 PRO 2kVA/2kW hybrid inverter delivering pure sine wave power for household and office electronics.
• Automatic 10ms source switchover in UPS mode helps keep essential appliances operating when the power source changes.
• Built-in 60A MPPT solar charge controller efficiently manages charging from the 1.2kWp monocrystalline solar array.
• Solar, battery, grid and generator operation provides flexible power availability during low sunlight or extended outages.
• Built-in battery WiFi monitoring allows remote visibility of battery data through the supported monitoring platform.
• Complete protected solar package with mounting, correctly sized cabling, PV protection, AC protection and installation accessories.

Kweli Energy 1.2kWp-2.56kWh-2kVA Complete Hybrid Solar Power System

The Kweli Energy 1.2kWp-2.56kWh-2kVA Complete Hybrid Solar Power System provides reliable day and night electricity for homes, apartments, offices, shops and other locations with moderate essential-power requirements.

During the day, the 1.2kWp monocrystalline solar array powers connected appliances while charging the 2.56kWh lithium battery. Stored energy is then available after sunset, during cloudy periods or whenever grid electricity is unavailable.

The 2kVA/2kW hybrid inverter automatically manages power from solar, the battery, the grid and a compatible generator. Automatic switchover keeps selected appliances operating without requiring manual source changes.

With an estimated daily solar yield of 4.5-5.5kWh under suitable conditions, the system can reduce grid consumption, lower generator running time and provide dependable backup power for essential appliances.

What This System Can Power

The system can support a properly managed combination of:

• LED lights
• Television and decoder
• WiFi router
• Laptops and mobile-device chargers
• Desktop computer and monitor
• CCTV cameras and recorder
• Fans
• Small sound system
• Printer and small office equipment
• Energy-efficient refrigerator
• Other low-to-medium-power appliances

The combined continuous load should remain within the inverter’s 2,000W rated output.

Actual operating time depends on the connected appliances, battery charge level, available solar production and appliance starting surges.

Appliances Not Recommended

This system is not intended for unrestricted use with high-consumption appliances such as:

• Electric cookers
• Electric kettles
• Water heaters
• Large microwave ovens
• Air conditioners
• Welding machines
• Large water pumps
• Heavy workshop machinery

Some heating appliances may operate individually but can discharge the battery very quickly.

What Is Included

• 1.2kWp monocrystalline solar panel array
• Felicity IVCM2024 PRO 2kVA/2kW 24V hybrid inverter
• Felicity FLA24100 2.56kWh 24V 100Ah lithium battery
• Solar-panel mounting structure
• PV cables and compatible connectors
• Battery cables and protection
• AC and DC breakers and isolators
• PV and AC surge-protection equipment
• Protection enclosures
• Earthing accessories where required
• Essential installation and connection accessories

The exact solar-panel wattage, quantity and brand are confirmed on the final quotation while maintaining a combined installed capacity of approximately 1.2kWp.

Best For

• Small and medium-sized homes
• Apartments requiring automatic backup power
• Shops requiring lighting, refrigeration and payment equipment
• Offices using computers, routers and printers
• CCTV and security installations
• Customers experiencing frequent grid outages
• Customers seeking to reduce generator running time
• Users upgrading from lead-acid to lithium battery storage

Estimated Energy Performance

The 1.2kWp solar array can generate approximately 4.5-5.5kWh per day under suitable sunlight and installation conditions.

At 95% depth of discharge, the 2.56kWh battery provides approximately 2.43kWh of nominal usable stored energy before inverter, cable and other system losses.

Actual solar production and backup duration depend on:

• Appliance consumption
• Battery state of charge
• Available sunlight
• Panel orientation and shading
• Weather conditions
• Inverter and cable losses
• Appliance starting surges

• Maximum appliance load: The combined continuous load should remain within the inverter’s 2,000W output capacity.
• Battery runtime: The 2.56kWh battery is designed for essential loads; heavier consumption reduces backup duration.
• Daily energy demand: Compare the estimated 4.5-5.5kWh solar yield with your expected daily electricity consumption.
• Motor starting surge: Refrigerators, pumps and other motor-driven appliances may briefly require more power when starting.
• Heating appliances: Kettles, cookers, irons and water heaters can consume the stored battery energy very quickly.
• Solar conditions: Daily production depends on sunlight, panel orientation, shading, roof angle, temperature and weather.
• Future expansion: Additional appliances may require more battery storage, additional solar panels or a larger inverter.
• Installation environment: The inverter and battery should be installed in a dry, secure and properly ventilated location.

Installation and Commissioning

Professional installation by Kweli Energy is available at an additional cost and may include:

• Site assessment and load confirmation
• Solar-panel mounting
• Inverter and battery installation
• PV, AC and battery cabling
• Electrical protection and earthing
• Inverter and battery configuration
• WiFi battery-monitoring setup
• System testing and commissioning
• Customer operating guidance

The final installation cost depends on the roof structure, mounting requirements, cable distances, distribution-board requirements and site conditions.