24V Autonomous PV System AGM / VRLA / MPPT 5.5 kwh- 6.5kwh

24V Autonomous PV System AGM / VRLA / MPPT 5.5 kwh- 6.5kwh

Autonomous PV system 24V Analysis C-2 system 5.5 kwh- 6.5kwh (per 24 hours in the summer months). For a similar performance in Winter, double panels or a 450-500 wind turbine are required. watt

Autonomous Φ / Β system 24V Appliances: Energy Class A Refrigerator Medium (120-150watt), Small ECO Washing Machine (up to 600watt) + Lighting + 8 lamps + TV + Computer + fan + small appliances 550wh

For a system with an installed nominal power of approximately 1000W operating as a stand-alone with 5KWH 24-hour output during the summer months, a 24V Standalone PV system is required

4 pcs. PV panel SE 280/ 280-285 watt Poly/ European.. They have positive tolerance and power in watts. That is, they always deliver more watts than their rated power, high efficiency installed power 1080 watts up to + 5% more efficiency. They come with a 15-year factory hardware warranty and a 30-year 80% performance warranty

1 pc. pure sine inverter Eco 2000W/2500VA/24V current starting power 3000WATT high reliability high reliability. Suitable for operation of all devices of corresponding power. It provides energy savings of up to 25% from the self-consumption of the system and the most correct and economical operation of the devices due to stabilized sine.

4 pcs. 220/250AH C100 VRLA/AGM batteries of the same specifications as GEL batteries. (closed-type deep discharge with 10-12 years of life). Total 828AH/12V

Possibility of adding 2V batteries of high resistance and longer life in extreme uses at a small additional cost

1 pc. MPPT 150 / 40A charge regulator with the possibility of increasing the efficiency up to 30% (Digital programmable)

Price without VAT

Autonomous 24V PV system Experience energy independence with our autonomous 24V photovoltaic system. With AGM/VRLA batteries and MPPT technology, this system has a powerful capacity of 5,5 kWh to 6,5 kWh. Ideal for off-grid applications, it ensures reliable power supply in remote locations. Efficiently harness solar energy with advanced technology for a sustainable and self-sufficient energy solution.