Akin to pushing on string, you can keep building these things ad infinitum and add nothing in terms of meaningful power generation capacity.
It doesn’t matter whether a wind power fleet comprises a hundred, a thousand or a million wind turbines, when the wind stops blowing, they will deliver an almighty, collective doughnut. And it’s their frequent zero output efforts that bring us to the current net-zero madness.
For those who think that the world needs saving from carbon dioxide gas, a net-zero carbon oxide gas emissions target is, apparently, the only game in town. And despite the colossal failure of wind power to deliver during 2021, those pushing net-zero targets are pushing zero reliability targets, too.
Eric Worrall takes a look at what satisfying net-zero might look like.
Tony Blair Institute: New 1.2GW Offshore Wind Farm Every 10 Weeks to Hit Net Zero
Watts Up With That?
4 December 2021
The Tony Blair Institute has calculated that a wind farm equal to the largest offshore wind farm ever built must be completed every 10 weeks, to hit Net Zero by 2050.
UK ‘must build equivalent of worlds biggest wind farm every 10 weeks for next 20 years’ to hit net zero targets
1 December 2021
Under existing framework, 90 per cent of all electricity generation in Britain will be on a government-backed contract, stifling competition, warns Tony Blair Institute.
The UK must build the equivalent of a 1.2-gigawatt offshorewind farm – the largest ever built – every 10 weeks for the next 20 years in order to hit its legally binding net-zero targets, a report from the Tony Blair Institute claims.
The report highlights how the current energy crisis, which has resulted in numerous small energy providers going bust, has exposed “profound problems of design and regulation in the retail and wholesale energy markets”, and says without major adaptation, the energy market is heading towards a greater level of centralisation and higher costs for consumers.
It warns that without an overhaul, up to 90 per cent of all electricity generation in the UK will be on a government-backed contract.
As a result of prolonged government support, the report’s authors warn that by 2035 energy providers will have “limited incentives” to respond to supply and demand.
Instead, the report urges a new effort to adapt to deliver a flexible, affordable system.
According to the Dogger Bank Wind Farm website, their 1.2GW wind farm cost £3 billion (USD $4 billion). So 52 weeks in a year, 52 ÷ 10 x £3 billion = £15.6 billion per year.
Having said that, the cost would likely rise over time, the Dogger Bank wind farm is a over 100km offshore. If you need to go 100km+ offshore for a good wind farm site, how long will the extension cord stretch, after a a few years of building an equivalent new site every 10 weeks?
Of course, you won’t truly get to net zero unless someone also builds battery backup for all that wind power, in case of another prolonged wind drought. But let’s leave them in their happy place, it would be a shame to spoil their moment with some basic economics.
Watts Up With That?
via STOP THESE THINGS
January 12, 2022 at 12:30AM