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As cities across Europe accelerate their transformation towards climate-neutral development, integrated energy concepts are becoming increasingly important for sustainable urban planning. M&P Energy - Member of the SIERA Alliance is active at precisely this interface between engineering excellence, energy efficiency and future-orientated infrastructure solutions. As part of the SIERA Alliance M&P Energy benefits from the international exchange of knowledge and best practices in the field of environmental technology. This enables the company to realise robust, future-proof energy systems for complex urban development projects.
One such project is the Rhenania neighbourhood in Frechen, where M&P Energy was commissioned to plan the geothermal system, including the geothermal probe field. The project demonstrates how geothermal solutions can be integrated into urban developments at an early planning stage to support long-term efficiency, reliable operation and a sustainable reduction in climate impact.
An urban neighbourhood with integrated uses and high energy requirements
With the Rhenania Quartier, a new urban environment is being created in Frechen that intelligently combines living, working, education and leisure. A diverse neighbourhood with residential buildings, office and commercial space as well as social and cultural facilities is being developed on a former industrial site.
The close integration of these uses places high demands on urban planning - especially on the overall energy concept. Mixed-use neighbourhoods require flexible systems that can efficiently cover a wide range of heating and cooling requirements throughout the year. This is precisely where the expertise of M&P Energy in the planning of integrated energy systems and at neighbourhood level.
Geothermal energy as a central component of the supply concept
M&P Energy is currently developing a future-orientated Geothermal energy concept, which is currently in the design phase. The centrepiece of the system is a large-scale geothermal probe field that will supply the district with renewable heating and cooling in the long term.
The use of near-surface geothermal energy is a central building block on the way to a climate-friendly and resource-efficient neighbourhood energy supply. Based on its extensive experience in geothermal energy planning M&P Energy ensures that the system is optimally adapted to the geological site conditions, the building structures and the operational requirements.
Comprehensive site investigations to minimise risks
To safeguard the planning process M&P Energy We carry out extensive basic analyses - an essential step towards ensuring technical reliability and long-term operational safety.
In January, the explosive ordnance soundings on the dismantled site were successfully completed, creating the necessary conditions to continue the geological investigations without restrictions. At the end of January Three test wells These will serve to explore the geological structure in detail and to determine the site-specific thermal conductivity of the subsoil.
Building on these results, in February Geothermal Response Tests (GRT) and analysed. The empirical data obtained in the process is directly incorporated into the further development of the energy supply concept. This data-based approach enables M&P Energy to precisely dimension the geothermal probe field while minimising planning and operating risks - one of the company's core competencies in complex infrastructure projects.
High efficiency thanks to intelligent heating and cooling circuits
The system is designed for this, provide a heating capacity of around 1,000 kW. At the same time, the geothermal probe field is to be almost completely regenerated by the waste heat generated in the neighbourhood during summer operation.
With an expected regenerative share of up to 91 % the concept enables a highly efficient interplay between heating and cooling operation. This balanced energy cycle significantly increases system performance and underlines the holistic, systems engineering approach that M&P Energy takes to energy supply solutions at neighbourhood level.
Optimised layout for urban integration
Based on current assumptions, the geothermal system will consist of up to 400 geothermal probes which are mainly located under the buildings on the northern side of Rhenania West. An increased cooling requirement is to be expected in this area, particularly due to the planned office and commercial uses.
The close proximity between energy generation and consumption enables short cable routes, reduced energy losses and increased system efficiency - key objectives in the planning philosophy of M&P Energy - Member of the SIERA Alliance for a sustainable urban energy infrastructure.
A model for sustainable urban development
By gradually deepening the planning on the basis of the ongoing investigation results, M&P Energy is making a significant contribution to the development of the Rhenania neighbourhood as a modern, sustainable and future-proof urban district.
The project shows how renewable energy technologies - with early and strategic integration - can form the backbone of resilient urban structures. Supported by the interdisciplinary expertise and international network of the SIERA Alliance sets M&P Energy - Member of the SIERA Alliance We consistently translate complex sustainability goals into technically sound and economically viable solutions.
Are you planning a neighbourhood, a campus or a mixed-use project and looking for a sustainable, future-proof energy concept?
Contact M&P Energy to find out how integrated geothermal and renewable energy systems can be tailored to the specific requirements of your project.
Find out more about SIERA and how collaborative engineering is contributing to the design of climate-resilient cities worldwide. Engineering For A Better Tomorrow.