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Final energy demand

Final energy demand

Final energy demand refers to the amount of energy actually required by end users such as households, companies or other facilities for specific purposes such as heating, cooling or lighting. The concept is used in energy calculation and planning in various sectors. The final energy demand must be specified separately for the various energy sources in the energy demand certificate. It is measured in buildings at the system boundaries by meters and determines the energy efficiency class (A+ to H).

The calculation of the final energy requirement is crucial for assessing the energy efficiency of buildings. The lower the energy requirement per square meter, the more efficient a building is. The use of energy-efficient building materials and efficient insulation as well as intelligent energy management during operation have a positive effect on the final energy required.

Success Stories

I/D Cologne A2

I/D Cologne is Cologne‘s new fashionable district. On a total of seven hectares of a former freight station, modern work meets relaxed living. With its modern building infrastructure, the lively Veedel combines various types of use in the office, hotel, gastronomy and fitness areas. Especially in I/D Cologne A2, owner BNP Paribas Real Estate Investment Management Germany GmbH and operator Sauter FM GmbH meet the challenges arising during operation with an open, modern cloud solution from aedifion.

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Trinity

As one of the world’s largest real estate investment managers, AEW places great emphasis on the consistent digitalization and sustainability of its existing buildings. A prime example is the “Trinity” located in the vibrant Zollstock district of Cologne. This was made possible through a tailored digital retrofit and subsequent optimization of the system operation via a cloud platform.

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Katharinenkai

At the Nikolaifleet in the heart of Hamburg, the landmark building KATHARINENKAI was completed in March 2022, offering approximately 10 000 m² of gross floor area with a prime waterfront location. With KATHARINENKAI, a flagship project for grid-serving building operations was created. Thanks to an innovative smart building topology, all stakeholders are seamlessly integrated into the operation. The building utilizes dynamic electricity tariffs, enabling the use of aedifion demand side management.

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