Establish a reason to build.
Identify anchor customers with clear service needs, alongside communities and businesses the infrastructure could serve.
Solutions / Integrated energy development
Make the resources
work together.
Power. Heating. Cooling. Energy delivery. Develop them around the place, the customer, and the economy they can help create.
Explore the systemThe development objective
Build around the power people need.
Bring vertical-axis wind, solar, geothermal electricity, storage, and grid connections into one operating plan. The right mix depends on the resource and the service it must deliver.
- Useful output
- Model hourly supply and demand, conversion losses, storage duration, and net geothermal output.
- Reliable service
- Define critical loads, power quality, islanded operation, and recovery after disruption.
- A workable asset
- Evaluate lifetime cost, maintenance access, storm exposure, and the local ability to operate the system.
Concept architecture / 01
Wind, solar, and geothermal are candidate resources. Each requires its own resource and performance assessment.
Conceptual relationships · equipment and protection details omitted01The ground resource
Three pathways.
Different physics.
Start with the service and the available temperature. Ground exchange, useful geothermal heat, and geothermal electricity each need a different design case.
| Pathway | What it provides | What must fit |
|---|---|---|
| 01Ambient ground exchange | A heat source or sink for heat pumps that provide building heating and cooling. | Ground properties, building temperatures, heat-pump electricity use, and long-term heat balance. |
| 02Useful geothermal heat | Hot water or other thermal resources for direct heat use; heat-driven cooling where temperatures permit. | Temperature, flow, fluid chemistry, customer distance, and heat-rejection requirements. |
| 03Geothermal electricity | Electricity produced by converting sufficiently hot geothermal energy. | Resource temperature and productivity, sustainable operation, conversion and pumping losses, and net output. |
02Innovation in practice
Ambitious ideas.
A path to delivery.
Evaluate advances against the work a project needs them to do. Technology choices remain open as evidence, operating experience, and economics develop.
VAWTs are part of the development approach. Turbine and array choices need measured energy yield, fatigue and extreme-load evidence, maintenance plans, and a clear contribution to the complete system. Published array research is a starting point for investigation; project economics require evidence at the proposed scale.
Our development question
Read the VAWT field studyWhat does this configuration deliver over its operating life, under the wind and weather conditions of this site?
03The wider opportunity
A customer today.
Room for an economy.
The ambition reaches beyond a single facility. Development should create a route from resource abundance to lasting productive activity.
Plan for the next connection.
Consider shared thermal loops, electrical capacity, and additional productive uses while the first project is taking shape.
Make local value part of the case.
Develop practical routes for local skills, suppliers, access, and long-term operating capability.