Entwerfen Sie Erdwärmesondenfelder mit Vertrauen
GHEtool
Ganz gleich, ob Sie ein einzelnes Gebäude oder ein großes Bauprojekt planen – mit GHEtool erzielen Sie die besten Ergebnisse bei minimalem Aufwand. Sparen Sie Zeit, senken Sie Kosten und treffen Sie fundierte Entscheidungen mit leistungsstarken Optimierungswerkzeugen und klaren, professionellen Berichten.
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Unsere Mission
Entwerfen Sie Erdwärmesondenfelder mit Vertrauen
GHEtool Cloud wurde entwickelt, um Ihnen Sicherheit bei der Planung Ihrer Erdwärmesondenfelder zu geben. Ganz gleich, ob Sie an groß angelegten Masterplanungsprojekten oder an Wohngebäuden arbeiten – jede Planung stellt einzigartige Herausforderungen dar. Deshalb haben wir ein umfassendes Geothermie-Tool entwickelt, das alle Methoden enthält, die Sie für eine präzise und effiziente Bohrfeldplanung benötigen. Dank einer intuitiven Benutzeroberfläche und automatisierten Berichten sparen Sie wertvolle Zeit und stellen gleichzeitig sicher, dass Ihre Entwürfe exakt, kosteneffizient und zuverlässig sind.
Nutzen Sie Ihren 14-tägigen Testzeitraum!
Die Geothermie spielt eine entscheidende Rolle in der Energiewende, bringt jedoch einige große Herausforderungen mit sich – von der Dimensionierung über die Systemintegration bis hin zu Kosten und thermischen Störungen. Mit GHEtool Cloud wollen wir eine intuitive Software bereitstellen, die den Planungsprozess beschleunigt und die Machbarkeit geothermischer Lösungen erhöht.“
Gründer von GHEtool
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Was GHEtool einzigartig macht
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Lesen Sie die neuesten Artikel in unserer Wissensdatenbank
- Methods, Physik, Tutorial
Calculate required borefield size
The design of shallow geothermal borefields is always a little bit trial-and-error, but what if it isn't? Today we release, for everyone, a new automated method that let you calculate the required borefield depth and size simultaneous!
- General, Tutorial
AI model to speed up simulations
AI, Artificial Intelligence, is disrupting one industry after another. In this article, we will show you how our new artificial neural network can help you significantly improve the simulation time of GHEtool.
- Physik
Modulating heat pumps
Modulating heat pumps are the newest and most performant type of heat pumps, but do we already take full advantage of their properties when we design borefields? In this article, we explore one of the most important assumptions in borefield design: the heat pump efficiency.
- FAQ
Individual and collective borefields
Geothermal borefields can be used in many different scenarios, but one general distinction is between individual and collective geothermal systems. In this article we will discuss three different types of geothermal systems, from fully individual to fully collective, and give you some insights into when one could be a better choice than the other.
- Physik, FAQ
How to avoid imbalance?
In almost all geothermal designs, you will encounter imbalance. Sometimes this is not a major issue, but in other cases it poses a significant challenge to keeping your borefield affordable and robust in the long term. In this article, we will explore how you can manage imbalance when designing your next borefield.
- Physik, FAQ
How to cope with imbalance?
In almost all geothermal designs, you will encounter imbalance. Sometimes this is not a major issue, but in other cases it poses a significant challenge to keeping your borefield affordable and robust in the long term. In this article, we will explore how you can manage imbalance when designing your next borefield.
- Exercise
Exercise on working with irregular borefield configurations
With buildings becoming increasingly complex and versatile, our borefield designs are also moving away from the traditional rectangular configuration. In this article, we explore the importance of using the actual coordinates of the boreholes when dealing with irregular borehole configurations, as well as the significance of the buried depth.
- Physik, FAQ
Single or double U-tube? Part 3: Practical aspects and special probes
In this article, we will give the final perspective on the single or double U-tube debate, namely the practical aspects. Besides that, we will revisit the thermal and hydraulic aspects, but now look at some innovative probes such as the Separatus, TurboCollector, and GEROtherm VARIO and FLUX.
- Physik, FAQ
Single or double U-tube? Part 2: Hydraulic aspects
The debate between the single and double U-tube has many different viewpoints. Last time, we discussed this question from a thermal perspective, and in this week’s article, we will focus on the hydraulic side of things: the pressure drop.
- Physik, FAQ
Single or double U-tube? Part 1: Thermal aspects
One of the central questions in borefield design is: "Which is better, a single or a double U-tube?" In this article, we will begin to unravel this mystery once and for all by looking at the thermal side of the story.
- Exercise
Exercise on designing a collective borefield for an apartment building
When designing collective borefields for apartment buildings, the process is more complicated than simply multiplying the design for a single apartment by the number of units. In this exercise, we will explain how to approach the design of collective borefields and the role that the simultaneity factor plays.
- Physik
Hourly domestic hot water profiles
With buildings becoming increasingly well insulated, domestic hot water demand is becoming more important when designing geothermal borefields. In this article we introduce the new option in GHEtool Cloud to work with hourly domestic hot water profiles.
- Physik
Modellierung der FLUX und VARIO Erdwärmesonden
Die GEROtherm® FLUX und VARIO Erdwärmesonden stehen ab sofort in der GHEtool Cloud zur Verfügung. In diesem Artikel wird das mathematische Modell diesen konischen Erdwärmesonden vorgestellt und erläutert, wie es deren hydraulisches und thermisches Verhalten beeinflusst.
- Physik, Tutorial
Calculate thermal interference in GHEtool Cloud
Typically, when designing borefields, you assume that your project is isolated and that the ground temperature is not influenced by neighbouring systems. In some cases this may be correct, but in others the so called thermal interference between different geothermal systems can be significant. In this article we will discuss the topic of thermal interference and show how GHEtool Cloud can be used to calculate it.
- Physik, Tutorial
Create hourly load profiles in seconds
All advanced methods in GHEtool require an hourly load profile, which is typically not available in the early design stages. However, it is precisely in this early design and feasibility phase that concepts are decided upon and that a deeper knowledge of the geothermal potential is useful. Today we solved this by letting you create an hourly demand profile in seconds!
- Tutorial
Analyse TRTs with GHEtool Cloud
In situ measurements, such as with a thermal response test (or TRT for short), are an essential part of geothermal borefield design. In today's article, we introduce a new feature to analyse these TRTs directly within GHEtool Cloud, streamlining your design process and making it easier than ever to design borefields with confidence.
- General, Tutorial
Getting started with GHEtool (Summer 2025)
In this article we give a quick overview of all the functionalities of GHEtool Cloud as they are available in August 2025. The goal is to show what the possibilities are, how you can get started and where you can find more information related to specific methods.
- Tutorial
Automated reporting with GHEtool (Summer 2025)
Reporting is becoming increasingly important for both drilling companies handling numerous smaller projects and engineering firms managing a few larger projects with multiple design variations. Therefore, automated reporting has always been a key feature in GHEtool Cloud, and thanks to the feedback from our community, we were able to make it even better for you! In this article, we discuss our renewed reporting functionality, making it easier than ever to create professional reports in seconds!
- Tutorial
Better insights with hourly data
We have already used hourly data implicitly in some other articles on hybrid design and active and passive cooling, but we have never really discussed the benefits compared to monthly load simulations. In this article, we discuss the insights you can gain when working with hourly load data.
- Exercise
Exercise on designing a borefield for a single building
In this exercise, we will investigate how you can design a borefield for a single-family building. The goal is to learn the difference between designing for the heating or cooling demand and to see the difference in required borehole length when working with either active or passive cooling.
Testimonials
Einige Bewertungen unserer treuen Benutzer
The GHEtool is incredibly fast and easy to use. Its intuitive design allows for quick calculations and efficient workflow. At SEDS, we need accurate results without hassle and GHEtool delivers.
To correctly size geothermal boreholes, we at Studiebureel Kennis rely on GHEtool. A powerful sizing tool that contributes to sustainable and future-oriented energy solutions! This way, we can already take the necessary steps at an early stage regarding the number of boreholes, as well as prepare an accurate cost estimate for the end client.
GHEtool enables me, as the designer of large and complex projects, to perform highly detailed and accurate calculations for complex situations, such as hybrid systems and combined cooling (passive and active). This makes even the most complicated challenges manageable.
GHEtool enables easy, fast, and efficient simulations in which different scenarios can be clearly compared. This allows us, even with the limited information sometimes available, to simulate an accurate estimation from various perspectives.
GHEtool helps us efficiently calculate boreholes. It shows our clients in a very understandable way how important correct sizing really is. From a quick analysis to a more complex borehole field, GHEtool not only saves us time but also gives us confidence. This tool could be a gamechanger on the path toward collectively better-performing geothermal systems.
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