12 Facts About Zero-energy building

Sunlight and solar heat, prevailing breezes, and the cool of the earth below a Zero-energy building, can provide daylighting and stable indoor temperatures with minimum mechanical means.

Once the energy use of the Zero-energy building has been minimized it can be possible to generate all that energy on site using roof-mounted solar panels.

One of the key areas of debate in zero energy Zero-energy building design is over the balance between energy conservation and the distributed point-of-use harvesting of renewable energy .

Energy used in a Zero-energy building can vary greatly depending on the behavior of its occupants.

Zero-energy building concept has been a progressive evolution from other low-energy building designs.

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The term green Zero-energy building can be used to refer to the practice of green Zero-energy building which includes being resource efficient from its design, to its construction, to its operational processes, and ultimately to its deconstruction.

The zero heating Zero-energy building reduces on the passive solar design and makes the Zero-energy building more opened to conventional architectural design.

LEED certification is more comprehensive in regards to energy use, a Zero-energy building is awarded credits as it demonstrates sustainable practices across a range of categories.

India's first net zero Zero-energy building is Indira Paryavaran Bhawan, located in New Delhi, inaugurated in 2014.

The Zero-energy building is currently undergoing a fine tuning process by the local energy management team.

All materials in the Zero-energy building were tested against strict requirements laid down by the WWF and the architect.

The design of the Zero-energy building achieved a Green Mark Platinum certification as it produces as much energy as it consumes with its solar panel covered rooftop and hybrid cooling system along with many integrated systems to achieve optimum energy efficiency.