Residential Buildings


PowerNEST Units


GWh Generated Per Year


k.ton CO2 Per Year

The Long-Awaited Breakthrough Renewable Energy Solution for High-Rise Buildings

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Residential Buildings

PowerNEST is easily installed on existing and new buildings of 5 levels and higher without any need for structural adjustments. PowerNEST generates up to 6 times more energy than traditional solar roof applications by intelligently making use of both wind and sun. By a smart design of wind funnelling, maximising the solar application area, and active panel cooling, it is the most efficient technology available for high-rise buildings. In practice, this means that PowerNEST can supply all electric or gas heating demand up to 14 buildings levels with renewable energy year round, while traditional solar only 2 to 3 levels during day and summer time.

PowerNEST (™) is a patent protected technology with many years of development leading to a highest quality and reliable product, highest area-efficient renewable energy technology, and with most attractive payback time to upgrade high-rise buildings.

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First PowerNEST installation at Henrietterdreef, Utrecht

PowerNEST 1.0 has firstly been tested for 12 months in the Eemshaven, Groningen, after which it was transported to be placed on a 10 storey residential building at the Henriettedreef in Utrecht. The test in Utrecht started in July 2017 and has lasted more than 12 months where our emphasis laid on the residents experience. On the left you can see the first-hand experience of the building residents Tineke, Marijke, and Wim who live right under PowerNEST, and the building owner representative Andre van Leeuwen of Bo-Ex Woningstichting.

Are you interested in PowerNEST?

10 Great Reasons to choose a PowerNEST

  • Upgrade the building to meet the new sustainability standards (2020)
  • Reduce and secure the energy cost of residents
  • Extend the buildings life time
  • Increase the real estate value
  • Save on roof maintenance and replacement
  • Wind and solar combined optimum power on your roof
  • Day and night / summer and winter power coverage
  • Zero annoyance of acoustics or vibrations
  • Aesthetic architectural roof addition
  • Placed is a day minimising nuisance for residents

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Time left to upgrade your residential building to Label B

PowerNEST 1.0

Henriettedreef, Utrecht


PowerNEST 2.0

Visualisation of a full upgrade apartment building

Map for Website

PowerNEST Power Potentials

The potential power output on your building depends on the local solar and wind availability. In order for our team to determine the power potential on your building, send us the following information:

New Construction

  • Address of location
  • Building owner, architect and builder
  • Building plan with orientation
  • Roof plan with roof dimensions
  • Building height
  • 3D visual
  • Information about new constructions around your plan
  • Your motivation for a PowerNEST
  • Current cost of electricity (ct/kWh)

Existing Buildings

  • Building address
  • Are you owner or resident
  • Roof plan with dimensions
  • Roof height or at least number of floor levels
  • Your motivation for a PowerNEST
  • Current cost of electricity (ct/kWh)