Site Prices Update
Last Updated28th June 2022
All calculations on this site are based on current fuel prices, they are checked regularly and calculations are automatically updated.
The costs calculated based on these fuel prices should be regarded as 'good estimates', given that fuel prices vary in different parts of the county and at different time of the year.
The calculations also have different levels of accuracy depending on the nature of the calculation. For example calculating the energy use of a known power output TV is very easy compared to calculating the effect on energy savings when insulating a cavity wall.
Site Calculations
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User PricesFor several of the fuel prices on this site you can now set your own prices and all the calculations on the site will adjust accordingly.
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At Confused About Energy we aim to provide practical, impartial advice on all aspects of energy usage, climate change and ways to save money on energy bills.
All calculations on this site are based on current fuel prices they are checked regularly are automatically updated and were last changed on:-
28th June 2022
The costs calculated based on these fuel prices should be regarded as 'good estimates', given that fuel prices vary in different parts of the county and at different time of the year.
The calculations also have different levels of accuracy depending on the nature of the calculation. For example calculating the energy use of a known power output TV is very easy compared to calculating the effect on energy savings when insulating a cavity wall.
Site Calculations
Electricity | £0.271 per unit (1 kWh) |
Economy Electricity | £0.094 per unit (1 kWh) |
Gas | £0.072 per unit (1 kWh) |
Domestic LPG | £0.122 per unit (1 kWh) |
Heating Oil | £0.104 per unit (1 kWh) |
UK Grid CO2 Emissions | 0.233 kg per kWh used |
The main units used in this site are in the table below, For a complete explanation of power and energy Read More.
Unit | Name | Detail |
---|---|---|
W | Watt | Unit of Power |
kW | Kilowatt | 1000 watts |
kWh | Kilowatt hour | Measure of Energy |
L | Litre | Measure of Volume |
Please use twitter to ask a question Message @@EnergyThinking
I made a heinous comment that “in spite of increased renewable energy capacity in the world, fossil fuel use will continue unabated and will actually increase over the next 40 years”. The first ten years indicate this view point to be correct, take a look here:-
- The population of the world keeps going up, more countries are industrialising and the lowest cost source of energy is fossil based.
- The rate of installed renewable energy capacity is lower than the increasing demand for energy.
I am writing this article with climate scientists observing that in September of this year 2016 we have reached the Carbon Dioxide tipping point of 400 ppm in the atmosphere where climate change effects become apparently "irreversible".
Too often the CO2 problem is one dimensionally defined as "we must stop burning fossil fuels", well we should but we won't, so first off:-
What really is the problem?
Simply put the levels of CO2 are too high, absorbing too much sunlight, warming the planet.
So what is the solution?
Remember we have established that no matter how much we bang on about the use of fossil fuels, their use will continue until we fry, or think differently. No matter how much the worlds various green parties rant about the use of fossil fuels simple economics and the immediate needs of people will always force the use of low cost energy. This will continue until it runs out. When it does run out I hope there will be a viable alternative like nuclear fusion.
Don’t misunderstand me by the way, we need renewable energy solutions as part of the mix, but in my view we are at least decades away from supplying the energy requirements of the increasing world population with renewable energy. So in the meantime we need a stopgap solution.
Come on then so what is the stopgap solution?
Reduce the levels of CO2 in the atmosphere of course.
How?
- Abate CO2 from source, all power generation should remove CO2 from their effluent gasses.
- Develop technologies to remove CO2 from the atmosphere.
Both are expensive, but the cost of doing nothing will be much higher. In 2007 Richard Branson from Virgin launched the Virgin Earth Challenge with the aim of removing CO2 from the atmosphere, take a look at their website and some of the technologies being suggested and indeed used.
Another solution
There is another stopgap solution but even more so than CO2 removal, it is a treatment of symptoms rather than a solution, it is to effectively reduce the sunlight getting through the atmosphere and interacting with greenhouse gases. This naturally happens when a large volcano erupts spewing sulphur (US sulfur) dioxide into the upper atmosphere. There are numerous ideas just do a quick google!
World Climate Change Metrics
(2021)
↑
Annual
+11353 TWh↑
Decade
2040 149000 TWh to 171000 TWh
(2021)
↑
Annual
+2.6 Gt↑
Decade
2040 36 Gt to 46 Gt
(2021)
↑
Annual
+835 million↑
Decade
2040 8.45 billion to 9.5 billion
(2021)
10+Gt CO2
↑
Annual
+1168 TWh↑
Decade
2040 10000 TWh to 13000 TWh
(2021)
↑
Annual
+24 ppm↑
Decade
2040 450 ppm to 500 ppm
(2022)
↑
Annual
+0.26°C↑
Decade
2040 1.5°C to 2.5°C
(2020)
–
Annual
+46.5 mm↑
Decade
2040 150 mm to 200 mm
(2020)
↓
Annual
0.95 million km2↓
Decade
to 2 million km2
2040 2 million km2
to 0 million km2
(2020)
↓
Annual
-1600 Gt↓
Decade
2040 -7000 Gt to -10000 Gt
(2020)
↓
Annual
-2500 Gt↓
Decade
2040 -7000 Gt to -10000 Gt
Each Decade
↓
Decade
(2019)
↑
Annual
+2169 TWh↑
Decade
2040 9000 TWh to 12000 TWh
(2018)
↑
Annual
0.96 Gt↑
Decade
2040 5.4 Gt to 7.2 Gt
≅4.6 GtCO2 emissions prevented
Example 50% gas power generation substituted with renewables
≅2 GtCO2 emissions prevented
≅3.7 GtCO2 emissions prevented
Example 50% gas power generation with CCS
≅1.6 GtCO2 emissions prevented
(2017)
↑
Annual
543 TWh↑
Decade
2040 1250 TWh to 2200 TWh
(2015)
↓
Annual
0.336 million km2↓
Decade
to 39.7 million km2
2040 39 million km2
to 39.5 million km2
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