This process allows predicting the annual energy consumption of a building. Through this analysis, the possibilities of energy savings are evaluated, contributing to the decision of the type of air conditioning system to be implemented. The software also allows you to predict energy savings with:
Energy simulation can be used to quantify energy efficiency measures and for the certification of efficient buildings: Procel, LEED, Aqua, etc.
Hospital
Airport
Pharmaceutical Industry
Hospital Installation
Seeking the efficient use of energy resources, cogeneration / trigeneration systems have been used in the services sector (malls, hotels, hospitals, data centers, commercial buildings, etc.) and in the industrial sector. Cogeneration systems enable greater energy savings, guarantee energy supply and reduce environmental impacts in commercial and industrial activities.
With 30 years of experience in the building energy sector, Sisterm can help reduce your CO2 generation by up to 40%. Using the COGMCI (Cogeneration with Internal Combustion Engines) software, we carried out a technical and economic evaluation of cogeneration systems.
The computational modeling method evaluates the performance of the cogeneration system considering equipment performance, climate variations and variations in energy demands. The analysis reduces project uncertainties and helps to make its implementation feasible, identifying the best solution for your energy demands.
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We at Sisterm are focused on the development and implementation of system solutions for energy production from climate neutral regenerative fuels such as combined heat and power (CHP) systems using biogas.
The principle of a biogas-based CHP system is simple: biogas is generated during the fermentation of organic matter and then collected. It is then used by a cogeneration system to generate heat and power to be used locally or fed into the national electricity grid. It represents a clean, economical and sustainable way to supply energy.
