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ProjectsHere you will find an insight into our realized projects, so that you can get an idea of our work.
Feasibility study for the heat supply of a residential complex in Berlin: analysis of the existing natural gas-based situation, techno-economic comparison of district heating and heat pump solutions as possible alternatives with CO₂ price risk assessment. Goal: Efficient, resilient heat supply for 67 residential units.
Analysis of requirement criteria in a workshop with subsequent 2‑stage market survey of photovoltaic suppliers. Evaluation of economic and technical performance as well as the operator model option roof lease model with onsite PPA.
Technical status analysis of the electricity-based, decentralized heating and cooling supply with development of measures to reduce energy costs. Focus: operational optimization of ventilation and air conditioning units with measurement and control adjustment
As part of the energy management implementation, organizational consulting is provided, including the development of an energy policy, action plan and legal register. A detailed analysis of the energy flows and waste heat potential is carried out with the development of measures.
The heating, cooling and power supply for the Toom store in Hanover was analyzed. The analysis focused on the economic analysis for the conversion of natural gas-based heat generation to district heating.
Refurbishment roadmap with measure cost estimate and energy savings forecast for two day care facilities with operational optimization
Workshop on energy management implementation in accordance with ISO 50.005 with action plan development
Refurbishment roadmap with cost estimate for measures and energy savings forecast for the Albestrasse senior citizens’ residence in Berlin
Technical status analysis of the natural gas-based heating and cooling supply. Potential analysis of regenerative heat sources in combination with cooling and photovoltaics for several shopping centers with project management in the implementation phase
Techno-economic feasibility analysis for the use of air-source heat pumps in the retail center, optimization of ventilation incl. Implementation support with tendering of planning services, control of the implementation of heat pump, photovoltaic and ventilation system conversion.
PV simulation for 5 retail properties with determination of the share of own electricity use and economic evaluation of roof lease model, tenant electricity model and full feed-in
Conducting training courses, workshops and moderating events on the topic of sustainable energy solutions
Simulation-based techno-economic evaluation of different PV variants with battery check
Feasibility study with techno-economic variant evaluation. Objective: fossil-free heating and cooling supply for approx. 37,000 m² of floor space with local environmental heat and photovoltaics
Techno-economic evaluation of energy-saving measures for heating, ventilation, lighting, cooling and building management systems for properties in Hamburg and Lüneburg.
Energy assessment of buildings and identification of energy-saving measures
Conceptual design of a bivalent air heat pump for the Dever Park in Papenburg and implementation of the energy supply contracting tender
Energy audit DIN 16247 for 20 buildings with techno-economic evaluation of measures and feasibility study for the conversion of local heating from natural gas to environmental heat
Analysis of requirement criteria in a workshop with subsequent 2‑stage market survey of photovoltaic suppliers. Evaluation of economic and technical performance as well as the operator model option roof lease model with onsite PPA.
Energy audit in accordance with DIN 1647 with implementation plan for measures such as steam generation, water heating and cooling waste heat utilization. Techno-economic pre-evaluation for the conversion from natural gas to environmental heat with a heat pump and the installation of a photovoltaic system.
If you are thinking about whether our work would be suitable for you, just ask. Then let's see if we can make the world more sustainable together.
