SOLISART — SOLISCONFORT AUTONOME EN RÉNOVATION

First installation of solar heating to achieve heat autonomy: heating and hot water for a house undergoing renovation using Solisart's direct solar technology. DPE reduced from 151kWh/m²/year to 14kWh/m²/year. Collector production 1000kWh/m²/year compared with 650kWh normally.

Solisart
header

 

Stand: 3.1F08

 

For Solisart, autonomy means reducing energy consumption by more than 90%. We had already achieved this in the new-build sector, and now we had to succeed in the renovation sector. We tested the advanced SolisConfort, designed for autonomous solar heating, and developed AI to boost performance. Features:

  • 170m² house with a DPE of 151kWh/m²/year

  • The emitters are radiators

  • The Solisarto solution

  • SC2K control module with embedded artificial intelligence.

  • 22.5m² of well-oriented, inclined collectors with white chippings in front of them

  • A 600L DHW storage tank and a 2000L buffer storage tankResult

  • A measured savings rate of 91%.

  • No boiler, but an electric loop heater for the remaining 9%. Example of solar heating operation on December 30 and 31, with temperatures between 1°C and 8°C. In the morning, the solar panels start up just before 10am and heat up until 4:30pm. They start at around 30°C and rise to 62°C. They heat simultaneously or consecutively, depending on irradiation and AI.

  • The house from 20°C to an average of 22.5°C - The 500L hot water tank from 15°C to around 48°C

  • The 2000L buffer tank from +6°C. At night, the house cools down and the storage tank takes over until 5am. The electric booster will have run for 4 hours and 20 minutes. Solar energy covers 82% of heating needs on one of the coldest days of the year, close to the solar solstice.
     

 

 

solisart
I request my badge