2.300Wh Economical autonomous Photovoltaic for refrigerator-TV

Economical autonomous Photovoltaic for fridge-TV 2.300Wh

Economical autonomous Photovoltaic for refrigerator-TV 2.300Wh (per 24 hours in the summer months) Economical series. Storage 2 x 100ah ( 1200wh)

Appliances: Energy Class A++ Refrigerator Small (65-75 watts) 130kwh per year + Lighting 5 lamps + LED TV 25 watts + small appliances 350wh

Economical self-contained Photovoltaic for refrigerator-TV 2.300Wh For a system with an installed nominal power of about 415 Wto which operates as standalone with 2.3KWH 24 hour output during the summer months are required

1 pcs. Φ/Β panel 415WATT /24 volt MONO HALF CELLS. It has positive tolerance and power in watts. That is, they always deliver more watts than their rated power, high efficiency installed power 415 watts up to + 5% more efficiency. They come with a 15-year factory hardware warranty and a 30-year 80% performance warranty

1 pcs. pure sine wave inverter  2000 watts max/rated (1250VA) /1000 WATT /24V/ current starting power 2000WATT high reliability high reliability. Provides energy savings of up to 25% from the self-consumption of the system and the more correct-economical operation of the devices due to a stabilized sine.

2 pcs. ECOAGM 115ah batteries full deep discharge.  ( AGM VRLA closed type 10 -12 years of life - summer use).

1 pc. Charge controller 30A(programmable) MPPT

Cable mounts are not included

A 2300wh PV system for a caravan or holiday home is a good choice for powering smaller structures or as a supplementary power source. Below is an overview of the installation requirements, performance, and devices that such a system can power.

Economical autonomous Photovoltaic for fridge-TV 2.300Wh

1. Space: You will need a space of 1.722mx 1.134m for the installation of the panels, which should be well exposed to the sun throughout the day.
2. Storage Batteries: You will need 2 x 100AH ​​batteries to store the energy ( 1200wh) generated so you can use it during the night or in low sunlight conditions.
3. Charge Controller: A 30A MPPT charge controller ( up to 30% power boost ) is necessary to manage the charging of the batteries and protect the system from overcharging or undercharging.
4. Inverter: An inverter 2000 WATT max – 1250VA /1000 WATT rated converts the direct current (DC) produced by the photovoltaic panels into alternating current (AC),
   • Performance: A system with 415watt / 2300Wh PV panels can produce enough energy to cover the basic energy needs of a small holiday home or caravan, such as lighting, TV, charging mobile phones and laptops, and a medium fridge (65-75 watt) 130kwh per year summer season.

    

Price without VAT