R 57,500 R 68,900
The 6kVA LuxPower Solar System provides solar generation, battery storage and backup power for residential properties. It combines reliable energy management with a practical 4.8kWp bifacial solar array.
This complete package includes a 6kVA LuxPower hybrid inverter. In addition, it includes eight 600W bifacial panels and one Ecco 5kWh lithium battery.
During the day, the system can use available solar power for compatible household appliances. It can also use excess solar energy to recharge the battery. As a result, stored energy can support evening use or provide backup during power interruptions.
* 1 × 6kVA LuxPower hybrid inverter- 5 Year Exclusive warranty
* 8 × Megatron /Toplink /JA 600W bifacial solar panels- 25 to 30 Year warranty
* 4.8kWp total rated solar capacity
* 1 × Ecco/ Must/Toplink- 5kWh lithium battery-5 Year Exclusive warranty
* 5kWh / lifepo4 lithium battery
* Compatible solar-panel mounting equipment
* Required AC and DC protection equipment
* Standard solar cables and installation accessories
* Professional installation within the agreed scope
* Electrical Certificate of Compliance after a compliant installation
Final equipment quantities and installation materials must match the approved quotation and site requirements.
The LuxPower hybrid inverter manages electricity from the solar panels, battery and utility grid. First, it uses available solar energy to power connected household circuits.
Next, the inverter can direct excess solar energy to the Ecco battery. When solar production drops, it can use stored battery energy or utility power.
Therefore, the inverter provides flexible power management throughout the day. However, the total simultaneous appliance demand must remain within its operating limits.
A professional load assessment will determine which appliances the inverter can support. Appliance starting currents must also remain within the inverter’s specified limits.
Eight 600W bifacial solar panels provide 4.8kWp of total rated solar capacity.
Bifacial panels collect sunlight through the front surface. They can also use reflected light that reaches the rear surface. Therefore, they may provide additional production under suitable installation conditions.
However, rear-side production depends on the mounting method and surrounding surface. Panel height, orientation, shading and environmental conditions also affect performance.
Daily production will vary according to the property. For example, roof direction, roof angle, location, weather and seasonal conditions can change the output.
A professional site assessment will help determine the best panel position and expected production.
One Ecco 5kWh lithium battery provides 5kWh of nominal energy storage. The battery can store available solar or grid energy for later use.
For example, stored energy can support selected appliances during the evening. It can also provide backup during a power interruption.
However, the battery does not guarantee a fixed number of backup hours. Actual runtime depends on:
* Total connected load
* Number of appliances operating
* Battery state of charge
* Configured depth of discharge
* Appliance starting currents
* Inverter settings
* Battery condition
* Operating temperature
Lower power consumption will generally extend the backup period. Therefore, essential circuits should receive priority during an outage.
Suitable Residential Applications
* LED lighting
* Wi-Fi routers
* Security and alarm systems
* Televisions
* Refrigerators and freezers
* Computers and charging equipment
* Electric gates and garage motors
* Selected small kitchen appliances
* Washing machines
* Selected pool pumps
* Selected air-conditioning units
High-consumption appliances require careful planning. These include electric geysers, ovens, stoves, heaters and large air conditioners.
Therefore, an installer may recommend timers or load scheduling. The installer may also separate essential and non-essential circuits.
Professional Installation-6KVA Luxpower Solar System
Customers connected to the Eskom network can review the official SSEG registration requirements before installation.
* Single-phase or three-phase electrical supply
* Roof type and available mounting space
* Roof direction, angle and shading
* Distribution-board condition
* Distance between the equipment and distribution board
* Essential and non-essential circuits
* Cable routes
* Installation complexity
* Municipal or SSEG requirements
After completing a compliant installation, a qualified electrician will issue the Electrical Certificate of Compliance.
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