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Workshop explores solar canopies, geothermal, battery storage and snow‑melt for resilience at Pollard
Summary
Participants and designers discussed multiple energy strategies — solar canopies, ground‑source heat pumps, batteries, and localized snow‑melt — as options to reduce carbon and increase operational resilience.
Multiple tables raised energy and resiliency measures as priorities for the Pollard project, including rooftop and parking‑canopy photovoltaics, ground‑source heat pumps, battery storage and possible on‑site uses of recovered waste heat.
Participants argued solar canopies over parking areas could provide educational value, reduce heat‑island effect, protect cars from snow and rain, and generate electricity. One contributor noted that solar canopies also reduce runoff onto parking lots and can be paired with stormwater strategies.
Ground‑source heat pumps (geothermal) were discussed as a higher‑upfront‑cost option with long‑term benefits; an illustrative slide shown earlier in the meeting compared a gas system and a ground‑source heat pump and suggested tax credits and utility incentives can reduce the customer’s net cost. Battery storage, integrated photovoltaics and potential tri‑generation or waste‑heat reuse were raised as resilience options to keep critical systems running during outages.
Participants also discussed targeted measures such as heated perimeter walkways or spot snow‑melt systems where energy and environmental tradeoffs might make sense. The design team said these options will be evaluated in schematic design with cost, lifecycle emissions and maintenance in mind.
