NIBE™ SOLAR SPLIT FP215 P / PL

NIBE premium solar packages for NIBE SPLIT Air/Water heat pump

  • Solar system tailor-made to give optimum performance with the NIBE SPLIT air/water heat pump.
  • Lightweight, high efficiency panels.
  • Easy to handle panels with quick connections.
  • Pre-insulated solar tank designed to fit a 600 mm footprint.
  • A solar controller specifically designed for this system with smart function that will utilise solar energy before using the heat pump.
  • Relay box for stop of the compressor when there is solar energy available.
  • A temperature limiting charge unit with a built in check valve between the solar tank and the NIBE SPLIT air/water heat pump ensures a reliable and good function.
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The P (Premium) panel is mounted in a vertical way and the PL (Premium Landscape) is mounted horizontally.

The solar pump station has a low energy solar pump, deairator, thermometers, adjusting valve, safety valve, pressure gauge, closing valves and double check valves.

A solar expansion vessel for high temperature and high pressure as well as a wall bracket with a two way check valve for easy service are also included.

All neccessary sensors are included.

This system will let you enjoy the free energy that the sun offers for many years.

Image: Solar Energy/Solar thermal packages/NIBE™ SOLAR SPLIT FP215 P / PL
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Solar panel FP215 P FP215 PL
Item number 057001 057002
Dimensions 2088 x 1030 x 81 mm
Gross area 2.15 m²
Aperture area 1.91 m²
Glass thickness 3.2 mm
Glass structure Low iron, tempered solar safety glass
Collecting pipe diameter 22 mm
Serpentine tube diameter 10 mm
Weight 32.5 kg 33.0 kg
Collector frame black anodized
Absorber type serpentine pipe, Blue highly selective absorber coating
Optical efficiency 80.6 % 82.3 %
Top insulation 20 mm mineral wool
Bottom insulation 20 mm PIR sandwich insulation
Filling volume 1.65 litres 2.32 litres
Heat transfer medium

Propylene glycol or water in the drainback applications
Maximum operating pressure 10 bar/MPa
Maximum stagnation temperature 191.2 °C *

 

1) At an irradiation of 1000 W/m2 and 30°C ambient temperature

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