Since 2004, we pioneer the design and modeling of shallow closed-loop geothermal systems.
We target the geosystem best suited to your needs, regardless of your project's complexity.
We deliver premium services to project owners, project managers, installers, engineering firms, and other stakeholders in the geothermal energy sector.
We do not provide project management or installation services.
We offer consulting, precision, and performance, allowing you to focus on your core expertise while integrating geothermal energy into your projects.
With over 20 years of experience, we have harvested hundreds of references in measurements and modeling for all kinds of applications.
A geosystem is a set of surface equipments tightly coupled to one or more closed loop circuits, designed to produce your thermal load.
Every single component influences the behavior of the whole system.
Underground composition, geothermal heat exchangers, hydronic distribution, surface installations, schematic diagrams, including local and overall system regulation: based on a proprietary software platform, fueled with long-term experience, Geopoware assists you in establishing the most efficient option in terms of emissions, comfort, and cost-effectiveness.
Any type of application can be investigated : heating and cooling supply, distributed producers/consumers, thermal recycling and storage... Innovative energy strategies are welcomed !
Geopoware can also support you with retro-commissioning studies and life-cycle monitoring to ensure adequation between delivery and expectations.
Place the cursor according to your needs, Geopoware provides you with a tailored solution.
Because everything starts with the ground, Geopoware has long developed and operated its own Thermal Response Test (TRT) devices, complementary yet essential to design.
The latest generation of connected devices is operated by FONDASOL , a French company with extensive national / international expertise in geothermal energy and hydrogeology, among others.
This collaboration provides you with precise and reliable measurements, potentially within the broader context of geotechnical studies.
Still through this collaboration, we also provide qualitative measurements of borefields in their entirety (GRT).
Geothermal Response Test is an extension of TRT, with a dedicated application protocol. It aims at determining precisely, and in the shortest delay, the overall geothermal characteristics of borefields. This to ensure that they perfectly meet your needs.
So keep in mind that...
Choosing geothermal energy isn't simply replacing one production method with another. It's about enabling your system to achieve exemplary energy efficiency and allowing your users to benefit from bulletproof comfort, both for heating and cooling.
On the sole condition that nothing is left aside during design and equipment selection process.
Shallow Geothermal is the building's "Tai Chi". The art of transferring climate stress underground, with minimal energy expenditure. It's also about capitalizing on this transfer by relying on natural thermal storage, whether for interseasonal or process-oriented purposes.
Welcome to the "Seasonal Sensor Building", which opens the door to new architectural possibilities!
An optimal Geosystem isn't necessarily the one with the highest SCOP (Seasonal Coefficient of Performance). It can also be a system that maximizes renewable energy production per invested currency, thus optimizing CAPEX and OPEX.
In many cases, combining geothermal energy with conventional production or other renewable energy sources is the point.
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