- Energy-efficient ground heating cools in summer and heats in winter
- Solar panels on the roof as a source of energy consumption
- 75% of building’s used water comes from rainfall (depends on the season)
- 17% of less peak from the grid
- Cooling station investment reduced 40% compared to a standard solution
- Power consumption 40…50% less than with planned equipment
- Lower costs on power amperage fee to an electricity provider
- Lower maintenance and installation costs on heating and cooling station
- 70% lower water bills. Collected rainwater is for toilet flushing systems
We used thermally activated building systems (TABS), the ground as a heat source and solar panels as a source of energy consumption. It also produces 75% of its water from the rainfall from the sky.
By efficient indoor climate planning, calculating and designing inertial indoor climate systems, peak load from the grid was decreased from 320 amperes to 264 amperes (ca 17% less peak from the grid).
Heating & Cooling solutions with foundation energy piles
Heating & Cooling solutions with foundation energy piles
