An Additional Main Pillar of Business for Precast Plants

Massive Absorbers – How Concrete Can Promote Climate Protection

Table 1 Energy consumption heating period 2009/2010.

Fig. 1 Pipes for heat collection inside a concrete wall.

Fig. 2 “Quick regeneration mode”of a massive absorber [5,6].

[Photo:/Foto: Riffel]

Fig. 3 Reasonable solution for single-family houses: the
energy star in the backyard.

[Photo:/Foto: Riffel]

[Grafic:/Grafik: Riffel]

Fig. 4a Showcase: The pillars of the Main Tower are working well underground as a massive absorber.

[Grafic:/Grafik: Riffel]

Fig. 4b Scheme of the large scale Main Tower project.

Fig. 5 Scenario 2009 of energy sources [16].

 Our planet is threatened by climate change and the accompanying catastrophesto an extent never before experienced. Saving primary energy and the use of renewable energies can greatly contribute to lowering the impact on the environment and saving energy. Heating energy requires the by far greatest portion of all energies required for our life. For this reason, it should be treated with priority.

The electric heat pump heating technology is the most efficient, cost-effective in operation and, compared to the rise of energy costs, the least sensitive heating system causing the lowest emissions. It requires for operation, at an annual coefficient of performance (ratio of emitted heat and input of electric drive performance) of 4 to electric power only approx. 25 % of the heating energy required. No other heating system is able to provide such a great portion of renewable energies for heating and cooling buildings [1]. Through the use of massive absorbers as heat source for heat pumps,...