Services

Our services:

Energy management

The primary goals of energy management are the effective reduction of energy use or energy costs, the improvement of the quality of both indoor and outdoor environments, and consequently, the enhancement of public health.

Numerical simulations
We offer calculation and numerical simulation services, as well as analysis of building thermal loads using TRNSYS and ESP-r software. Additionally, we simulate the behavior of various time-dependent and steady-state systems using TRNSYS software, in combination with CFD simulations.
Energy audits
The purpose of an energy audit is to assess the energy usage of a building, review its systems, equipment, and other consumers, propose potential measures to reduce energy use, evaluate the feasibility of their implementation, estimate energy savings, and analyze the measures in terms of cost-effectiveness.
Thermography
By interpreting and analyzing thermal or infrared camera images, we can quickly detect anomalies on wall surfaces (thermal bridges, damaged or poor insulation, insufficient airtightness, moisture presence, or damage in hot water systems). Based on the obtained thermograms, we can assess the condition of the building and plan potential repairs and measures.
Indoor air quality

We conduct indoor air quality measurements, including measurements of radon concentration.

Measurements

The Institute for Renewable Energy Sources and Efficient Exergy Use offers a wide range of field and standardized measurement services. 

Numerical simulations

We offer calculation and numerical simulation services, as well as analysis of thermal loads in buildings using TRNSYS and ESP-r software. Additionally, we simulate the behavior of various time-dependent and steady-state systems using TRNSYS software, in combination with CFD simulations.

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Termography

Thermography is a non-contact method for measuring temperature. It can be applied to both the exterior and interior surfaces of buildings. By interpreting and analyzing the thermal or infrared images, we can quickly detect anomalies on wall surfaces (thermal bridges, damaged or poor insulation, insufficient airtightness, moisture presence, and damage in hot water systems). Based on the obtained thermograms, we can assess the condition of the building and plan potential repairs and measures.

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