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Webinar – Designing efficient hybrid geothermal borefields, 28 March 2025

Webinar – Designing efficient hybrid geothermal borefields, 28 March 2025 Focus on Geothermal webinar - From Potential to Performance: Designing Efficient Hybrid Geothermal Borefields
Carlo Cariaga 21 Mar 2025

Join us for a webinar on 28 March 2025 on the efficient design of geothermal borefields for heating and cooling, and integrating it into hybrid systems.

As part of the regular Focus on Geothermal Webinar series – a partnership of Enerchange and ThinkGeoEnergy, we are proud to host Wouter Peere of Enead and GHETool for a webinar on From Potential to Performance: Designing Efficient Hybrid Geothermal Borefields.”

The webinar details are as follows:

Date: 28 March 2025

Time: 14:00 CET/ 08:00 ET

Registration: Click here to register

Speakers: Wouter Peere, Founder of GHETool & CEO of Enead

As HVAC systems grow larger and more complex, designing geothermal borefields becomes increasingly challenging. Space constraints, budget limitations, or both often add to the difficulty. By integrating a ground-source heat pump (GSHP) with other technologies—creating a hybrid heating and cooling system—we can develop a more resilient and cost-effective solution for the ever-growing complexity of modern buildings.

However, designing these systems is far from straightforward. In this webinar, we will explore the concept of geothermal potential, discuss methods for optimizing both power and energy, and demonstrate how a tool like GHEtool can help you design smarter, more efficient hybrid geothermal systems in practice.

Wouter Peere graduated in 2020 as a mechanical engineer at the Catholic University of Leuven (Belgium) with a thesis on the topic of hybrid geothermal design. After a research period of 3 years at this university, in close collaboration with Sweco, he started his own engineering firm Enead. Since 2023, Enead has been the main developer and distributor of GHEtool, a cloud-based borefield sizing tool for both small and complex geothermal systems

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Carlo Cariaga