Find out why your rooms are hot, and what to do about it.
Heat-transfer simulation of your building that shows how much heat enters through each surface, the temperature distribution, and a comfort score for the space.
Heat-transfer simulation of your building that shows how much heat enters through each surface, the temperature distribution, and a comfort score for the space.
What you get
Heat flux through each wall, the roof and the floor
Indoor temperature distribution and comfort score
The energy impact of the building fabric on cooling
A basis for comparing wall, roof and insulation options before you spend
Predict Mean Vote (PMV) and Predicted Percentage of Dissatisfied (PPD) calculations compliant with ASHRAE Standard 55 and ISO 7730
Hourly thermal comfort simulation across seasonal profiles
Evaluate the impact of building envelope materials, insulation, glazing and solar heat gain on indoor temperature
Assess natural ventilation and passive cooling strategies to reduce mechanical cooling needs
Identify overheating risks and discomfort hours for heated and naturally ventilated spaces
Recommend envelope and shading improvements with energy and comfort trade-off analysis
TEAM
Delivered by
Delivered by: Energhx Thermodynamic Simulation Engine & Building Energy Specialist.
SCHEDULE & COST
Timeline & Starting Cost
2–3 business days · Included in Standard Plan project allocation.
DATA
Specification data we need from you
Building geometry and thermal zones
HVAC setpoints and schedules
Occupant clothing (clo) and activity (met) levels.
LIFECYCLE
Where it fits
free on the Basic plan, and the baseline for every Standard project. Standard users can always return to their Basic analysis.
START YOUR CLEAN ENERGY JOURNEY
Ready to commission this service?
Upgrade to the EnerghxPLUS Standard Plan or connect with your assigned energy developer to execute this module.
