The new office building is located in the industrial region of Greater Noida, some 40 kilometers to the south-east of the Indian capital New Delhi. It is approximately 1,000 square meters in size and can accommodate around 40 workstations. It also serves as a model for customers of a sustainable, climate-friendly building solution.
Taken over the year as a whole, the building is CO2-neutral. In other words, energy consumption for heating, cooling, ventilation and lighting is covered in full by renewable energy. A photovoltaic system on the roof generates some 120,000 kilowatt hours of renewable electricity each year. That is equivalent to a reduction of approximately 108,000 kilograms of CO2 emissions.
The two-story, cube-shaped building was designed using extensive computer simulations and was adapted effectively to suit the local sub-tropical climate. The building is aligned according to the path of the Sun. The walls, roof and floors are insulated with polyisocyanurate (PIR) rigid foam to keep the heat out. Over its service life, this material helps save some 70 times as much energy as is needed to produce it. Highly efficient air-conditioning and lighting systems are also used in the building. What’s more, the ratio of windows to walls has been calculated with great precision, with transparent surfaces making up a good third of the total area.
The global EcoCommercial Building program of Bayer MaterialScience is part of the Bayer sustainability program. It offers decision-makers in the construction industry a unique portfolio of services and material solutions for energy-efficient and cost-effective building. As part of this program, Bayer MaterialScience is working with a network of members from various disciplines to support professionals such as architects, project managers, construction managers, developers and managers of larger companies in the creation of public and commercial buildings that far outstrip previous sustainability standards. The services on offer range from energy efficiency assessments during the planning phase and the use of environmentally friendly materials to the employment of renewable energies.