If you put in say 4x 30 tube solar collectors (120 tubes), providing an average of 4x 6.5kw = 26kw/day the other 74kw (or 74%) is going to come from the "booster". The cost of putting in 120 tubes and a big storage tank will be substantial, yet only provide 26% of the heat energy required, and if you've got an LPG booster, it's still going to cost 3x as much to run than a Skyline Energy Cold Climate Air-Sourced Heatpump without tubes or boosters!
In the Southern States/colder climates, traditional solar, and solar evacuated tubes just do not provide enough energy when needed most, and for most home installations, a worthwhile (300-500 tube) solar hydronic heating system would be impractical and expensive.
The total energy cost of manufacture, supply, and installation of solar hydronics must be taken into account and offset against the solar energy input provided, and in our opinion, for winter hydronics use a Skyline Energy Cold Climate Air-Sourced Heatpump provides a more ecological and sustainable solution.
- On average over winter, in a 200sqm home, a 120 Solar tube array will extract from direct sunlight, approx. 26% of the energy required for hydronic heating.
- On average, a Skyline Energy Cold Climate Air-Sourced Heatpump will extract from the air, approx. 70% of the energy required for hydronic heating.
Example: 200sqm house
120 tube SOLAR with backup
Skyline Energy Cold Climate