Apple Garden
Almaty, Kazakhstan
Apple Garden is an EPlus-Energie single-family house with a Weissensee wood construction and was built within 15 months from design to fully furnished handover in the mountains of Almaty.
The building has a complex building services concept and distinguishes between 3 different climate zones within the thermal envelope.
Fresh air is pre-tempered via a ground collector and fed into the controlled living space ventilation system with heat recovery, while also supplying an air source heat pump. The system is supported by thermal solar panels and a PV system with 20.55 kWp with an annual yield of 25,893 kWh/a, covering the building's own demand. To increase the self-sufficiency, an electric storage tank was installed. Heat is brought in via underfloor heating, and cooling in summer is provided by planar ceiling cooling.
More Information
EPlus-Energy single family house
Completed 2020. Area: 282 m²
Energy and environmental aspects
- Controlled living space ventilation with heat recovery with pre-tempering via ground collector.
- Air-source heat pump supplied by ground collector
- PV system with an annual yield of 25,893 kWh/a covers own needs
- Solar thermal energy
- Complex building services concept distinguishes between 3 different climate zones within the thermal envelope
- Timber construction
Characteristic values
- Primary energy demand (renewable): 119 kWh/m²a
- Blower door test: n50 = 0,6/h
- Heating energy demand 7,9 kWh/m²a calculated according to PHPP
- PER demand 39 kWh/m²a calculated according to PHPP
- Renewable energy production: 143 kWh/m²a related to the built-up area (photovoltaics)
Building labels and awards
- Passive-house certification
Pictures and Drawings
AGPB Media, Factsheet & Video
Media release AGPB AWARD
Factsheet Apple Garden
Short video Apple Garden
Client
- Eduard Kim
Architecture
General planning, energy planning, quality assurance
Construction
- Implementation on site: Weissenseer JV OST GmbH
- Photovoltaics, solar thermal: Kärnten Solar
- W + Kreisel GmbH - storage technologies, load management