Download Valentin Software GeoT*SOL 2026.1.13 is an accurate and effective simulation software for professional planning, computation, and design of heat pump systems or heat pumps.
Valentin Software GeoT*SOL 2026.1.13 Description
A heat pump is a device that transfers energy from a point of origin (low temperature) to a destination point (with a higher temperature), and with proper control and operation, it can transfer heat in the desired direction depending on the season.
With the help of this software, you can choose the applicable bone for your position among different heat sources( soil, air, and underground water) and operating modes( single- valence, single- and binary- valence). The integration of solar thermal systems and bivalent systems with brume boilers as heat creators should also be considered.
The conditions, losses, and the quantum of consumption are determined as a result of accurate simulation with the help of this software, and grounded on this, the quantum of electricity consumption, the measure of seasonal thermal performance, and costs are calculated considering different time ages and tariffs. With the determination of these parameters, the profitable effectiveness of the system is estimated and compared using GeoT * SOL before the design is implemented.
GeoT*SOL is a specialized software from Valentin Software for designing, planning, and simulating heat pump systems (and hybrid heating/systems) in buildings. It supports a wide variety of heat sources and system configurations — from geothermal (ground probes or ground collectors), groundwater, to air-source heat pumps — making it flexible for many climates and building types.
Features For Valentin Software GeoT*SOL 2026.1.13
Full dynamic simulation of heat-pump systems
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The software uses a minute-step (or fine-step) dynamic simulation over a whole year — that means not just rough estimates: energy usage, heat demand, electricity consumption, system behavior over seasons are simulated precisely.
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From simulation results, GeoT*SOL computes the seasonal performance factor (SPF / JAZ) — a key efficiency metric widely used in Europe to assess heat-pump performance, especially for regulatory or subsidy compliance.
• Support for many system types and sources
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You can configure monovalent, monoenergetic or bivalent systems (i.e. combinations of heat pump + supplemental boiler or other heat generator).
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Supports multiple heat-sources: ground (via geothermal probes or ground collectors), groundwater, or air.
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Option to integrate solar thermal systems, photovoltaic (PV) systems, or conventional boilers along with the heat-pump, enabling hybrid or “multi-source” system simulation.
• Extensive component databases & configurability
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Ships with large databases of real-world components: thousands of heat pumps (air/water, brine/water, water/water), many collector types, boilers, and storage tanks — letting you pick realistic, commercially available parts for your design.
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You can define system parameters (heating circuits, domestic hot water (DHW), consumption profiles, control logic, tariffs, off-periods, and more) to match actual building and user conditions.
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