Solar Hybrid System

This solar system has ability to connect with government grid and store power in the batteries. In other words it has same functions of on grid solar system but also have batteries to store power for later use.Hybrid systems are the standard Solar systems which uses Solar to charge Batteries and supply power to the building, with Eskom as tertiary power supply.
This solution is ideal for the following scenarios:
  • Electricity savings in conjunction with battery back-up to ensure a steady power supply, even during power outage
Hybrid systems consists of the following components:
  • Solar modules that collect sunlight and converts it to DC power
  • Inverter (with built-in charge controller and regulator) which:
  • receives DC power from Solar modules
  • receives AC power from Eskom
  • charges batteries with either Solar power or Eskom power (based on programming)
  • discharges batteries and converts it into AC power for supply to the building
  • Deep cycle batteries which are managed by the inverter to be correctly charged by Solar or Eskom & discharged to supply power to the building
The Hybrid system is connected to specific circuits as wired in the DB, e.g. Lights, dedicated plug points, etc. All power supply (load) to these connected circuits flows through the Hybrid inverter, irrespective if the power is supplied by Solar, Batteries or Eskom.
The Hybrid inverter needs to be sized correctly to accommodate the required load.
Hybrid systems are suitable for small to medium domestic, and very small commercial applications.
Hybrid inverters are available in different sizes. Multiple Hybrid Inverters can be interconnected to increase the load capacity of the system.

Warranty: 5 years for complete system and 25 years for solar panel.

Average generation:  4 units per day

Delivery and Installation: Delivery within 3 days from date of order & installation within 3 days from the date of delivery.

Govt. Subsidy: Yes, 30% govt. subsidy on benchmark cost will be direct to customer.

Solar Net-Metering: Yes, solar net metering is applicable on this system.

Recommended load on 3kW Hybrid solar system

8 LED Lights + 2 Fan + 1 ton inverter AC+ Fridge2000 watt3 Hours
8 LED Lights + 4 Fan + 1 Cooler + Fridge + 1 TV1500 watt5 Hours
8 LEDs + 4 Fan + 1 TV+ Washing Machine 800 watt10 Hours
Hybrid-Solar-Power-Plant-Detail-1 Solar Hybrid System

Specification of 3kW Hybrid Solar System:

ParticularsDescription
Solar Power Plant3 kW
Solar Panel in Watt335 watt
Solar Panel Qty9 nos.
Hybrid Solar Inverter3 KVA
Solar Battery4 nos.
Solar Structure3 KW
Junction Box1 Nos
DC Cable30 Mtr
AC Cable20 Mtr
Space required300 sq feet
Solar AccessoriesFasteners, Cable Tie , Crimping Tool, Earthing Kit, Lighting Arrestor
PriceRs.2,70,000 (including installation)

 Specification of 5kW Hybrid Solar System:

ParticularsDescription
Solar Power Plant
5 kW
Solar Panel in Watt335 watt
Solar Panel Qty
15 nos.
Hybrid Solar Inverter
5 KVA
Solar battery
8 nos.
Solar Structure
5 KW
Junction Box1 Nos
DC Cable40 Mtr
AC Cable40 Mtr
Space required500 sq feet
Solar AccessoriesFasteners, Cable Tie , Crimping Tool, Earthing Kit, Lighting Arrestor
Selling Price Rs.4,50,000 (Including Installation)

 Recommended load on 5kW Hybrid solar system

8 LED Lights + 2 Fan + 2 ton AC+ Fridge4000 watt5 Hours
12 LED Lights + 6 Fan + 2 Cooler+ Fridge+ 1 TV2500 watt8 Hours
12 LEDs + 6 Fan + Fridge+ 1 TV+ Washing Machine+1 Cooler2000 watt12 Hours

Warranty: 5 years for complete system and 25 years for solar panel.

Average generation:  20 units per day

Delivery and Installation: Delivery within 5 days from date of order & installation within 5 days from the date of delivery

Govt. Subsidy: Yes, 30% government subsidy on benchmark cost will be direct to customer

Solar Net-Metering: Yes, solar net metering is applicable on this solar system.
 
Hybrid-Solar-Power-Plant-Detail-1 Solar Hybrid System
Hybrid-Solar-Power-Plant-Detail-1 Solar Hybrid System

Bi-Directional System is both a Hybrid- and a Grid Tied system, combining the best of both worlds.

This is a dual Solar feed system where one channel, like the Hybrid system, uses Solar power to charge batteries and supply power to the building. A second channel, like the Grid Tied system, supplies Solar power directly to all other circuits in the building during the day, for maximum savings.

The battery system can subsequently be smaller than the Hybrid system as the battery channel can be wired to only supply dedicated critical circuits which are required to receive power during power outage.

This solution is ideal for the following scenarios:

  • Maximizing electricity savings in conjunction with battery back-up to ensure a steady power supply, even during power outage
  • Relative lower Capital layout compared to Hybrid system

Hybrid systems consists of the following components:

  • Solar modules that collect sunlight and converts it to DC power
  • Inverter (with built-in charge controller and regulator) which:
    • receives DC power from Solar modules
    • receives AC power from Eskom
    • charges batteries with either Solar power or Eskom power (based on programming)
    • discharges batteries and converts it into AC power for supply to the building
    • receives the DC current and converts it into AC grid power
  • Deep cycle batteries which are managed by the inverter to be correctly charged by Solar or Eskom & discharged to supply power to the building

Bi-Directional System are suitable for medium to large domestic and small commercial applications.