Uploaded March 2026 | Updated September 2026, 2 weeks ago
We’re still burning fuel in buildings and calling it normal.
That blind spot may be one of the biggest bottlenecks in climate tech and decarbonisation.
My guest is Dan Yates, CEO of Dandelion Energy, a company focused on geothermal heating and cooling for homes and multi-family buildings. Dan’s case is simple, but far-reaching: if we want real progress on decarbonisation, net zero, and the energy transition, we need to pay far more attention to how buildings are heated, and what that means for grid stress, cost, and system design.
The timing matters. As countries push harder on electrification, the pressure is shifting from ambition to implementation. Heating and cooling already account for a huge share of building emissions, but the deeper issue is what happens when electrification is done badly. Dan argues that some widely promoted approaches can drive up winter peak demand and force expensive new transmission and distribution investment. That turns building heat into a policy, infrastructure, and energy security issue, not just a consumer choice.
What sharpened my thinking here were three things. First, Dan’s blunt framing that many buildings are still effectively heated by “a fire in the basement” cuts through the abstraction fast. Second, his argument that geothermal can halve energy use versus conventional air-source heat pumps, and reduce peak-day demand to a quarter, makes this much more than an HVAC efficiency story. Third, the most interesting reframing in the whole discussion: geothermal as distributed grid infrastructure. That matters for utilities, regulators, homebuilders, and anyone trying to accelerate climate tech deployment without breaking the system underneath it.
This is not a silver-bullet story, and it certainly isn’t hand-waving about “innovation” detached from economics. We get into cost, incentives, leasing, adoption curves, grid constraints, and what the real bottleneck might be for building electrification.
This is for business leaders, climate professionals, policymakers, investors, utilities, builders, and technologists trying to cut emissions in the real world.
If you’re working on building decarbonisation, grid resilience, electrification, or climate policy, I’d be interested in your perspective.
🎧 Climate Confident podcast: climateconfidentpodcast.com
🔔 Follow Climate Confident for more grounded conversations on climate tech, clean energy, and emissions reduction
🎙️ Subscribe for premium episodes and bonus analysis
⏱️ Timestamps:
00:00 – Why heating is still a hidden climate problem
00:41 – What Dandelion Energy is building
02:00 – Why building heat is the overlooked transition gap
03:19 – The dirty secret of air-source heat pumps
06:40 – How geothermal cuts peak load at the source
09:05 – Why geothermal can lower bills and grid stress
11:41 – The real cost barrier, and what’s changing
17:20 – Leasing, incentives, and the adoption shift
19:32 – Geothermal as distributed grid infrastructure
22:29 – Virtual power plant potential, and its limits
23:31 – What thousands of geothermal systems taught Dandelion
26:35 – Why Dan Yates thinks geothermal could reach 30% of new homes
We’re still burning fuel in buildings and calling it normal.
That blind spot may be one of the biggest bottlenecks in climate tech and decarbonisation.
My guest is Dan Yates, CEO of Dandelion Energy, a company focused on geothermal heating and cooling for homes and multi-family buildings. Dan’s case is simple, but far-reaching: if we want real progress on decarbonisation, net zero, and the energy transition, we need to pay far more attention to how buildings are heated, and what that means for grid stress, cost, and system design.
The timing matters. As countries push harder on electrification, the pressure is shifting from ambition to implementation. Heating and cooling already account for a huge share of building emissions, but the deeper issue is what happens when electrification is done badly. Dan argues that some widely promoted approaches can drive up winter peak demand and force expensive new transmission and distribution investment. That turns building heat into a policy, infrastructure, and energy security issue, not just a consumer choice.
What sharpened my thinking here were three things. First, Dan’s blunt framing that many buildings are still effectively heated by “a fire in the basement” cuts through the abstraction fast. Second, his argument that geothermal can halve energy use versus conventional air-source heat pumps, and reduce peak-day demand to a quarter, makes this much more than an HVAC efficiency story. Third, the most interesting reframing in the whole discussion: geothermal as distributed grid infrastructure. That matters for utilities, regulators, homebuilders, and anyone trying to accelerate climate tech deployment without breaking the system underneath it.
This is not a silver-bullet story, and it certainly isn’t hand-waving about “innovation” detached from economics. We get into cost, incentives, leasing, adoption curves, grid constraints, and what the real bottleneck might be for building electrification.
This is for business leaders, climate professionals, policymakers, investors, utilities, builders, and technologists trying to cut emissions in the real world.
If you’re working on building decarbonisation, grid resilience, electrification, or climate policy, I’d be interested in your perspective.
🎧 Climate Confident podcast: climateconfidentpodcast.com
🔔 Follow Climate Confident for more grounded conversations on climate tech, clean energy, and emissions reduction
🎙️ Subscribe for premium episodes and bonus analysis
⏱️ Timestamps:
00:00 – Why heating is still a hidden climate problem
00:41 – What Dandelion Energy is building
02:00 – Why building heat is the overlooked transition gap
03:19 – The dirty secret of air-source heat pumps
06:40 – How geothermal cuts peak load at the source
09:05 – Why geothermal can lower bills and grid stress
11:41 – The real cost barrier, and what’s changing
17:20 – Leasing, incentives, and the adoption shift
19:32 – Geothermal as distributed grid infrastructure
22:29 – Virtual power plant potential, and its limits
23:31 – What thousands of geothermal systems taught Dandelion
26:35 – Why Dan Yates thinks geothermal could reach 30% of new homes
