Technical discussions and updates regarding thermal efficiency analyses.
I have completed the thermographic measurements for the eastern facade. Significant thermal bridges are observed at the floor levels. We propose further analysis of the centralized HVAC system.
Preliminary data indicates a thermal loss of over 35% through the roof. Discussion about thermo-reflective insulation options versus mineral wool. Report with flow diagrams attached.
Collecting feedback from specialists for the final report on the efficiency of heat pumps versus gas boilers in old urban buildings. Please contribute with data.
For technical questions or support, contact our team.
Email: info@rentscrantonapartments.com | Phone: 0743849301
The experiences and practical results obtained following our thermal efficiency studies.
Residential building, 1978
"The energy audit highlighted major heat losses through the eastern walls. After implementing the insulation recommendations, heat consumption decreased by 31% in the first season."
Centralized HVAC system
"The analysis of thermal transfer coefficients allowed us to optimize our distribution system. Overall thermal efficiency increased, and operating costs are now predictable."
Urban structure, 4 buildings
"The detailed study of our old buildings' insulation provided a clear map of priority interventions. The investment in modernized thermal networks will pay for itself in 7 years."
Want to discuss a specific project?
Contact our team of specialistsClear answers to the most common questions about thermal efficiency analysis and energy auditing.
The thermal transmittance coefficient (U-value) measures how well a building element (wall, window, roof) insulates. A lower value indicates better insulation. It is essential for assessing energy losses and identifying weak points in the building envelope.
The energy audit involves a detailed inspection of the building: analysis of the envelope, checking HVAC systems, using thermographic cameras to detect thermal bridges, and calculating energy consumption. The result is a report with specific modernization recommendations to improve efficiency.
Optimizing heating, ventilation, and air conditioning (HVAC) systems significantly reduces energy consumption, improves thermal comfort, and extends equipment lifespan. It also minimizes operating costs and the building's carbon emissions.
The choice depends on the specific construction. Extruded polystyrene (XPS), mineral wool, and polyurethane foam are common options for insulating exterior walls and roofs. A specialist will recommend the optimal material based on thermal conductivity, vapor permeability, and cost.
To initiate a study, please contact us by email at info@rentscrantonapartments.com or by phone at 0743849301. We will discuss your specific needs and schedule an evaluation visit.