I would say very different due to the scale.
Not many power stations need 350-400K Tonnes of timber removed, with quite a lot of the pulp wood being hauled almost 200 miles 1 way to pulp mill.
But any surplus or energy it produces is really just a bonus, it can't be relied upon.
Bit like an open topped bus for tourists great when the sun is shinning but u still need a fleet of roofed buses parked up for when it's not.
Usually most things are more effecient when ran at optimum speed/load would it not be better just to run the power stations that need to be built anyway for when it's not windy.
I bet the massive desiel bill for building the turbines would sure power some electricity turbines for a while.
That's the problem when no one is honest about the carbon footprint of building them.
On to the biomass side with the subsidies it's not unheard off for whole woods now to be felled and whole trees put to biomass.
Scandalous when ur putting log grade timber to chip.
All for subsidies.
The timber may be carbon neutral but a lot off carbon footprint to get it there, ploughing, harvesting, forwarding, and haulage, most machines will be burning 200l a day
The whole thing really is a brain fart esp in the accelerated timescale.
Yeh,I agree that we mustn’t shoot ourselves in the foot by switching to more expensive forms of energy whilst our foreign competitors don’t. However I must add that I bought a Tesla 6 months ago and it’s fantastic, the future is electric for sure. I still have a defender but if I could convert it to electric I would.
the problem with electric cars is the lack of range on many models, for me it needs to be able to do 200+ miles on a charge minimum, many are still under 200. The Tesla 3 that we have does 330 which is ample, it ridiculously cheap to run compared with diesel, about 3-4p per mile for the leccy. The cars themselves are expensive though.
another thing to remember is that the charging network is expanding rapidly, and the fast chargers are really fast, I can recharge mine from 0-80% in about 30 mins if necessary, so after 300 miles driving you stop for a sandwich a **** and a coffee and by the time you’ve done that it’s good to go.
another benefit is that right now the government are falling over themselves to get you to buy one, there’s interest free loans, grants, there’s no benefit in kind tax and half the chargers out there are free to use! Imagine if your local council gave away free diesel! But ours gives away free leccy...
Pricing 'oiks off the road is the correct policy as we move forward to a world in which we only have poor people and the super rich.
Driving has become so very tiresome lately, what with the ubiquitous use of cars that are clearly three years or older, driven by working types, on the roads these days. This would improve my infrequent journeys to my estate in the north immensely. EV vehicles are much, much cleaner and so much better for our environment. Yes, it's true they do tend to poison river systems, create enormous waste problems and result in child slave-labour issues in the countries where the raw materials are sourced, but that's Africa and the last time I looked we weren't all chucking spears, what! As long as it's clean air for little Jocasta here, that's really all that matters, isn't it?
Charging shouldn't be an issue, at least not for most of us, the charging points are very affordable and here in the Cotswolds we simply got the local chappy to install a point next to the duck pond. But I imagine, if you have space in the cart lodge, you could place one there instead?
One of the biggest problems with all green energy is storage. For example there is plenty of wind in the UK for turbines ( plenty of hot wind on here sometimes) but it doesn't always blow. So when it doesn't blow there is a shortage that needs to be supplied, usually by burning something. I saw something a few weeks ago regarding a new liquid air storage facility, I think in the UK. So excess electricity is used to compress air, which can then be stored easily and used to supplement other sources as needed. That sort of thing has to be a part of the future of energy, not just in countries like the UK, but worldwide. I just don't see batteries working on a large scale. I don't think there is a single answer to energy in the future, it will be a combination of different sources and technologies with some working in some places but not others. One thing is for certain, things will change and probably quite quickly.
Oh! and £4 billion is not going to cover anything.
Assuming they are planted in this country, don’t countries already sell co2 emission tariffs?Look on the bright side! If they are going to plant 75k hectares of trees then they will need someone to control the deer which will damage them without good deer management!![]()
It would be better to simply not plant the trees at all. Much less co2 used if you simply fenced off the land and allowed nature to take it course. Within a few years trees would self seed and in the interim you would have a habitat for all manner of creatures as the land progressed from managed back to a semi-natural state.Assuming they are planted in this country, don’t countries already sell co2 emission tariffs?
It would be better to simply not plant the trees at all. Much less co2 used if you simply fenced off the land and allowed nature to take it course. Within a few years trees would self seed and in the interim you would have a habitat for all manner of creatures as the land progressed from managed back to a semi-natural state.
Probably.will the army navy airforce be going electric?
Presumably high NOx emissions and short vehicle lifeWondering on the prospects of solid fuel aka smokeless powder being used for internal combustion engines... Low emissions![]()
With less cars then you might be out of work.There isn't the capacity now to charge all plug in hybrids as it is now. The carbon footprint on these battery cells is horrendous. Digging up half of Australia then shipping raw material to be refined shipping that to make batteries shopping that to make cars
I work in the motor industry and its becoming more and more then thing to have.
Basically there's too many cars on the road. Full stop.
They need to look at hydrogen cells more in my opinion
Or head wind..I have just been looking at the mile range for a Nissan Leaf. Two battery options the biggest giving upto 239 miles.
But reading the small print, just like mpg on a normal car, they talk about real world driving conditions.
Does anyone with a current electric vehicle know how much a range is shortened if you have the heater or air con on full blast?
Also at nearly £27k it is still way out of my reach... my cars typically cost a few thousand.