Future-proofing of your energy concept
Due to the accuracy of hourly simulations, alware can lower investment as well as operational energy costs. This is achieved by dimensioning the components of energy concepts to the required minimum for economic feasibility, considering current and predicted future carbon pricing.
Our mission
We take responsibility for resource efficiency of materials in the construction of buildings and their services and for the usage of energy sources.
Good for the climate
The aim of our consultancy is to make building physics transparent to you. We will tailor the dimensioning of your building services accurately to your specific project requirements, avoiding excess use of resources.
Have you heard of the equation “sustainable = economically feasible”? Aren’t you surprised that especially in the building sector, this is not commonly enacted?
The uncertainty around the economic feasibility of sustainable, decentralised solutions is caused by an unrealistic methodological approach to planning buildings and districts.
If energy performance predictions for electricity, heating and cooling are based on peak loads only, sustainable energy systems will appear inadequate.
If all calculations are based on the assumption that every day and every hour of the year are identical, and that renewable energy is not available, a more realistic dimensioning of building services is impossible.
Only a detailed hourly analysis of all 8760 hours of the year will allow for reliable evaluation of the economic feasibility of building services.
The Alware solution is an hourly evaluation of all energy flows throughout a year.
This allows for accurate predictions of energy consumption and economic feasibility of the overall system. The simulation results provide clients with the necessary transparency for decision making about investments. In addition to that, the hourly simulation allows for an evaluation of the CO2 emissions caused by the consumption of all energy sources (e.g., national electricity grid and gas network).
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