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HEATING

Heating contains input data relating to hot tap water and heating systems

Select a heating system in the drop-down list between the alternatives Electric heating, Waterborne heating (e.g., District heating, not heat pump) and Heat pump. Select the system that is the primary heat source.

Set Up Waterborne Heating and Hot Water Details

First in the list is waterborne heating (e.g., District heating, not heat pump). The first box is circulation pump, here you input pertains to fans and pumps that are in operation during heat demand. The heat from the supplied electrical power is supplied to the room air. It is possible to specify this electrical power both as a proportion of room heating (%) and power (W). If both proportion and power are stated, their contributions are added.

Furthermore, you can input data for hot top water, both for Heat recovery to hot tap water energy efficiency, but also the length of the pipe and the external and internal loss from pipes.

If you choose heat pump as your primary heating system, a new box opens where you select the specific type of heat pump that you want to use for your project.

Choose from Six Heat Pump Categories

There are six different types of heat pumps to choose from. These are the following categories: Geothermal, rock, ground source, soil, Exhaust air, sea source, air/water and air/air.

Select a Specific Heat Pump from Available Models

After you´ve chosen a category that fits the project, then it’s time to choose a specific heat pump. In BIM Energy we have a lot of heat pumps from different manufacturers that you can use.

Use Pre-Tested Heat Pumps with Verified Manufacturer Data

These already have the necessary test data delivered and tested by the manufacturers. Which it makes it accessible and easy for our users to choose from different types of heat pumps.

Configure Heat Pumps, Accumulators, and Hot Water Settings

Apply multiple heat pumps to run together, add an accumulator tank with defined size, and specify if pumps are in series or parallel. You can also set hot tap water properties and internal/external pipe losses.

Why switch to BIM Energy?

BIM Energy enables quick, accurate analysis of a building’s energy consumption and cost-saving opportunities for both new constructions and renovations. As a cloud-based platform, it offers flexibility to work from any device, whether Windows or Mac, making energy modeling efficient and accessible anywhere.

Energy Metrics & Savings

Bim Energy’s dynamic core calculates the building’s energy balance hourly over a year, factoring in thermal inertia. It enables multiple energy-saving scenarios and provides full ROI analysis, helping you track payment streams and assess long-term financial value.

Easy to Use​

Bim Energy offers an intuitive, user-friendly interface with a simple methodology for easy energy analysis. The streamlined workflow simplifies modeling and analyzing energy scenarios in buildings, with no need for energy expertise. Whether you’re a professional or a beginner, the software makes the entire process simple and accessible.

High Accuracy and Time Efficiency

Bim Energy provides greater accuracy than manual calculations with an ASHRAE-140 validated core. It allows detailed energy modeling with climate, materials, HVAC, and heat pump options. The software offers default values and a material catalog, and enables quick building geometry modeling using an online map tool.

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