- 4 x 250watt solar panels (T0003930)
- Mounting structure for solar panels (T0003678)
- Solar cable (T0003649)
- WM4 connectors (T0003738 & T0003739)
- AC & DC geyser element (T0003728)
- Flange (T0003763)
- Apollo TSE controller kit (T0003768)
- Apollo MPPT controller (T0003879)
200L Apollo PV solar system solution for water heating
If you consider a 200L PV Apollo solar hot water system for a solar conversion, it will offer you a great amount of savings on your electrical bills. You save on electricity by using solar energy instead of electricity on your standard geyser. Our 200L PV Apollo solar hot water system allows you to keep your existing electrical geyser but to easily convert it to use solar energy for generating hot water. So, you don’t need to purchase a new geyser because our 200L PV Apollo solar hot water system offers you all the high-quality solar components which can be easily installed for a quick and easy solar hot water conversion.
So how does the 200L PV Apollo hot water solar system kit work?
There is two main parts which allows the 200L PV Apollo hot water solar system kit to work properly. The solar panels which usually gets installed on your roof for the best solar energy collection. The solar PV systems are installed on your roof in a fixed position to receive sun light during the day. The solar energy which was generated from the sun, will be brought to the AC/DC element. The 200L PV Apollo hot water solar system kit uses x4 300watt solar panels which generates to solar energy to DC electricity in the day and sends the solar energy collected to the AC/DC element for direct energy usage. The 200L PV Apollo hot water solar system kit also includes an electrical backup element unit in winter times or in times when you might need more hot water. Still, you would see a great amount of savings on your electrical bills every month with our affordable 200 Liter PV Apollo hot water solar system kit.
Our 200L PV Apollo solar hot water system kit allows the generation of hot water for a household of 3 people.