What began in 2009 with the construction of three combined heat and power plants has evolved into a long-standing, mutually beneficial partnership. For over 17 years, Kraftanlagen’s experts have been helping Stadtwerke Norderstedt prepare for the future of energy and heat supply.
The collaboration currently focuses on innovative heat pump solutions and the intelligent utilisation of previously unused heat sources, with the ultimate goal of gradually decarbonising the heat supply.
The Challenge
The Partnerschip
Over a long period of time, a partnership has developed that is based on technical expertise, mutual trust, and a shared understanding of sustainable energy supply. Stadtwerke Norderstedt relies on decentralized energy systems that cleverly combine combined heat and power (CHP) plants with heat pumps. This involves both further developing existing systems and integrating new technologies. This ongoing collaboration makes it possible to apply lessons learned from past projects to new solutions and to integrate innovations into the existing infrastructure in a targeted manner.
Decades of experience, technical expertise, and reliable execution. In this video, Tim Storbeck, the COO of Stadtwerke Norderstedt, explains the crucial factors in selecting a partner for challenging energy projects and why Kraftanlagen is consistently chosen.
Advantages of Combining CHP and Heat Pump Technology
Greater Energy Efficiency
Combining cogeneration with heat pump technology allows us to utilize existing energy sources much more effectively. Previously unused heat is integrated into the supply system, helping to increase overall efficiency.
Reducing CO₂ Emissions
Using additional heat sources and utilizing energy more efficiently helps reduce the use of fossil fuels. These technologies support the municipal utility’s decarbonization strategy and the transition to a more climate-friendly heat supply.
Greater Flexibility in Heat Generation
By intelligently combining various technologies, different heat sources can be utilized. This increases the flexibility of the overall system and creates additional options for the future development of heat supply.
Economic Use of Existing Infrastructure
Existing facilities can be modernized and expanded in a targeted manner. This allows us to leverage existing investments and integrate new technologies efficiently.
Step-by-Step Implementation of the Heat Transition
The heat supply can be developed continuously without compromising security of supply. This makes the heat transition a predictable process.
Case Study: Arriba Water Park
