central and decentralized energy systems
The use of renewable energy in complex systems demands a unique approach to system planning that differs from conventional methods. Classic, central energy supply structures are often out of place. The aim is to supply buildings and processes with heat, cold and electricity in a prudent, stable, efficient and cost-optimised manner. The merits of centralised versus decentralised concepts must be assessed, or cleverly combined.
Though is poses greater challenges, the optimization of energy consumption should start at district level to avoid unnecessary „energy traffic”. Knowledge is key. Our approach involves system comparisons, simulations and cost-benefit analyses. From this, informed decisions lead to the adaptation of individual components (such as compression chillers incombination with renewable energies), or to the design/optimisation of entire systems or district structures.
fulfilling current climate change goals triggers significant pressure to act swiftly, especially in cities.
the untapped potential of small-scale users in the optimization of control energy
Electricity grids are currently regulated and stabilised at different levels. Conventional concepts are mainly developed with large-scale producers in mind. It is a 24-hour battle in which the slightest diversion can lead to significant cost. The potential of millions of domestic consumers and other small-scale energy users, for the stabilisation of networks is largely underutilised. This potential is being addressed in a collaborative project that will also make the energy accessible for Demand Side Management (DSM) applications.
Choosing the optimum mix of centralised and decentralised energy supply concepts will become vital for climate policy. As project developers, we identify, assess and collate the interests and perspectives of the stakeholders involved.
