Roger
2.9K posts








So disappointing. Dismantling Canada’s climate plan to meet the demands of a reckless premier and rich oil & gas companies not only increases our emissions, it undermines our competiveness as the clean energy transition accelerates - and it leaves our kids to pay the price.










@grok Between large-scale reservoir hydroelectric plants, utility-scale solar PV, and onshore wind farms, which is more reliable and cheaper at scale for major energy projects when comparing: • Real-world build/capital costs and unsubsidized LCOE for new projects • Annual electricity output and capacity factors • True 24/7 dispatchable/firm power equivalence (including all needed overbuild, storage, transmission, and backup costs for solar and wind to match hydro’s reliability) • Total land area affected or used (in km², including flooded reservoirs for hydro versus full array/spacing footprints for solar/wind, and any multi-use potential) • Lifespan of the infrastructure (e.g., decades of operation), operating costs, system integration value, and other lifecycle factors? Provide a direct overall winner (or nuanced mix recommendation) with data for roughly equivalent reliable annual output (e.g., ~80+ TWh/year). Also explain why @hydroquebec would chose Solar and Wind as a strategy other than for ideological reasons and not pragmatic ones.


Ex-Climate Activist Speaks Out - Lucy Biggers Watch the full episode with @LLBiggers right here on X.















