UK energy is at a crossroads. North Sea oil and gas are running out. The nation's spend on fossil fuels has risen to over
£120 billion
each year. In contrast, clean, cheap renewable electricity begins to liberate the UK from the issues of relying on imported fuel.
But the dash to cut emissions also brings fake solutions that shift emissions away from oversight, while actually increasing costs and pollution - such as carbon capture, bioenergy, hydrogen. When voters fail to cast a critical eye, we all pay the price.
Read on to discover hopes and fears for the energy transition. Become inspired and outraged, with the help of simulations, charts and opinion that every voter should note. Now is the time to decarbonise energy, to end dependence on petro-states and premium-priced fossil fuels forever.
Can renewables replace costly fossil fuels? Yes, of course, but how? Renewables will save the UK many £Billions in the long run, but equally, bad energy decisions could ruin us. I created a unique simulation of the UK electricity grid to help you answer your own questions about what our future energy might look like, and how much it might cost. This powerful model crunches your input with real-life data to find answers to this and much more.
I also write about renewable energy technologies. Some are exciting, with real potential to improve our lives. However, others are scandalous, based on false claims and bad economics, at eye-watering cost to tax payers (Yes, I refer to carbon capture, biofuels, hydrogen transport . . . and more). Also to check out: my interactive maps and charts, for revealing insights into UK energy and world emissions.
UK currently spends £120 billion each year on oil and gas. Wind and solar electricity promise a much cheaper alternative.
Charging
Discharging
Blackout
To storage
- charging
From storage
- discharging
Blackout
- System crashes (not enough electricity)
Curtailed
- Excess power wasted (disabled)
Use sliders to reduce cost to a minimum
(Links to a new page)
But battery storage is costly. The full simulation explores many more options using real-world electricity data - different power sources, different storage, and changes in demand due to heat pumps, battery electric vehicles and home insulation.
[full article]
[full article]
[full article]
The 1997 Kyoto summit was the first world treaty aimed at reducing carbon emissions. In the 30 years since, producers have not only stalled, lied and raced to get as much out of the ground before anyone can stop them, but governments and consumers - yes, that’s you and me - have knowingly made excuses or turned a blind eye to the harmful consequences of our own decisions (to continue to consume oil and gas)
Britain's main emissions culprits today are road transport and heating, accounting for 50% of emissions from fossil fuels. Whilst other sectors have fallen dramatically, these have barely decreased in 35 years. Now electric cars and heat pumps have the potential to eliminate all those emissions. Emissions from electricity production have fallen by 75% since 1990. This is partly thanks to North Sea Gas, but increasingly due to growing wind and solar power, which provided 1/3 of the UK's electricity in 2023.
[full article]
[full article]
[full article]
[full article]
[full article]
[full article]
[full article]