Yes and no. In NVZs where the EA have mandated, they aren't allowed to spread any slurry with splash plates. All done with direct injection or dribble bars, to minimise vapour losses you get with splash plates. Also heavily regulated as to what times of year they can spread, IIRC from November to March it's banned. Again, only in NVZs which are pretty arbitrary, our neighbours are and we aren't, dispite being next to the same watercourse!Direct injection - nooo, that's only for human waste. Farmers still spay cow slurry far and wide, and the numbers of times a year means direct injection probably would do some real damage to the turf. A few are pump spaying it around here - easier and less damage I guess. Same smell though..
I'm surrounded by fields, but they only seem to spread in the one field.Boo hoo. It's crap, it stinks. You're next to a field. Be thankful you're not next to a high rise.
Gee I wonder how the wastrels will claw back the lost income?![]()
Norway Is Running Out of Gas-Guzzling Cars to Tax
The oil producing nation is learning what happens after a country fills its roads with electric vehicles.www.wired.co.uk
A glimpse of our future
Bit of a lack of insight into how dnos work here. If you're a customer, which we all are, you want a bigger supply? They do a study, the planner tells you what it will cost, you pay. The dno might want to plan upgrades for future use, but the money comes from the customer.
I’ve already said - they will introduce tax per mile, for all cars. So whether you pay fuel tax(IC dinofuel engine) or not, you will still pay. Hence the dinofuel drivers will pay twice....Gee I wonder how the wastrels will claw back the lost income?
Dno’s are specking 3 phase supplies for new estates - so the local transformer can do it, even if the individual customer doesn’t ask for it. I guess the developer pays.I'd agree with you for new customers or capacity upgrades. But most domestic customers are already going to have a minimum of a 60A cutout, which can accommodate a standard 7kw charger with no requirement to request an upgrade to their supply or even notify the DNO unless maximum predicted load exceeds it.
One of those in every house getting switched on after work is going to equate to quite a bit of cumulative load. That isn't a quick peak load either, they are going to be running for several hours even on a top up charge.
Keep in mind average household consumption is currently only around 10 kWh per day. That's before we take into account all the heat pumps and electric heating when we ditch the gas boilers (hoho).
Seems there is a lot of focus recently on generating this extra capacity, but I've not seen much on distributing it.
In the grand scheme of things it isn't exactly an insurmountable problem, I believe on new build developments they have already quadrupled their kw requirement per plot. However, it does make me wonder where the investment is going to come from for existing customers if DNOs are that strapped - and whether it is going to be made in sufficient time that a well planned upgrade can be implemented, or in a last minute scramble when they realise it has all gone pete tong.
Are the resources going to be focused on the miles of existing infrastructure that may need to be upgraded, or the shiny new profitable projects?