Happens in London quite a lot.
I can email you examples if you like.
How many applications to connect have you been involved with? Only....energy solutions don't don't appear on any electrical competency lists
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Happens in London quite a lot.
I can email you examples if you like.
1) the peak demand remains the same
2) the grass moves to demand side response (that's kinda the big idea) allowing evs to feed back into the grid to support peak demands
3) I don't know how many vans your ups has nor how much energy they will need. However they will not be allowed to connect if there is insufficient energy available. We would usually measure consumption for a month or two on such an installation. We have yet to be refused connection and have installed stuff for royal mail (30 evs) on one site.
Load increases, but peak demand remains the same? So the chargers only work certain hours - not suitable for all business.
Demand side response, again not suitable for all - delivery vans may be are out during peak hours for example. Is the money worth it given the increase in battery wear?
No it doesn't. London doesn't have this issue....not by a long shot. No cities do. You seriously dont understand how energy is used or how ev chargers work.....it must be embarrassing given your line of work
I won't be giving you my email.
Please feel free to share the evidence here though.
www.southwarknews.co.uk
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£10m upgrade for Bermondsey electricity supply
People living in Bermondsey are to get a £10m upgrade on their electricity supply. UK Power Networks is beginning workwww.southwarknews.co.uk
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London’s financial district gets power upgrade - UK Construction Online
UK Power Networks is providing a £5M upgrade project that will double the power capacity to Bishopsgate and Moorgate, London.www.ukconstructionmedia.co.uk
UK Power Networks has pledged to invest £1.5Bn in London’s electricity network over the eight years leading to 2023 in order to support growth, development, and maintain safe, reliable electricity supplies across homes and businesses as a way of supporting London’s economic development.
In fact, UK Power Networks commissioned over 500 megawatts of capacity extensions throughout London during 2018, showing evidence of their commitment to their £1.5Bn pledge.
Perhaps you should tell them it's not needed?
Ahhh nick.....you are clearly confused. This happens when people step outside of their skill set.![]()
Energy UK - The voice of the energy industry
Energy UK is the trade association for the energy industry. Our members deliver nearly 80% of the UK's power generation and over 95% of the energy supplied to UK homes and businesses.www.energy-uk.org.uk
Energy UK is the trade association for the energy industry with over 100 members spanning every aspect of the energy sector – from established FTSE 100 companies right through to new, growing suppliers and generators, which now make up over half of our membership.
Connecting Your Fleet A guide for businesses in Greater London
Step 5: Considering upgrade works
If, having explored all of the options in Step 4, you conclude that your maximum demand will still exceed Agreed Supply Capacity, then you (or your contractor) will need to submit an application to your DNO to understand the full scope of works, including costs and timeline (links here for: UKPN and SSEN). If you would like help before you submit an application form there also are various options to engage with your DNO.
No it doesn't. London doesn't have this issue....not by a long shot.
Where did I say they dont need upgrading or expanding?
Ahhh nick.....you are clearly confused. This happens when people step outside of their skill set.
You have confused maximum demand with network demand.
Again.....I have yet to find any customers who exceed either. I have installed a new sub main to a new customer wanting more power. That's nothing unusual and more business as usual.
Perhaps join the ENA? Update your knowledge.....a lot!
Incorrect again..... does it hurt to be so wrong?They are upgrading for many reasons, given that a huge number of EV chargers will be installed in London, I think it's highly unlikely that they have not included this within their calculations.
They don't need to specify it, it's common sense.
Lol.....why would they increase at the same time? Why would the DNO allow any connections that exceed the design IB of the tx?You've never seen an energy bill with excess capacity charges on? Really?
If the individual maximum demands of a group of sites increases, what happens to the network demand, when the max demands occur at the same time?
Lol.....why would they increase at the same time? Why would the DNO allow any connections that exceed the design IB of the tx?
You haven't thought this through much have you.
And no.....you can't exceed the capacity. I have seen excess charges from reactive power.....again...not relevant here
You are referring to DUOS capacity...not incoming capacity. Again...why would anyone be charging charging during DUOS hours and risking those charges and even worse TrIAD charges? I spent 10 years reducing g e ergy during those hours.....I think we have that one covered.Winter? Cold? Maybe look at Triads.
Capacity charges can't be exceeded?
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Getting prepared for DCP 161 - Stark
DCP 161 is on its way - arriving in April 2018. What can you do now in preparation?www.stark.co.uk
DCP stands for Distribution Connection and Use of System Agreement (DCUSA) Change Proposal with DCP 161 reintroducing higher charges for excess capacity.
Previously, any capacity above your contracted amount has been charged at the same rate as your available capacity. From April 2018, if you exceed your contracted capacity you will incur a higher charge for the excess each month you went over.
DUoS and Triads were in wellbefore 2018.Winter? Cold? Maybe look at Triads.
Capacity charges can't be exceeded?
![]()
Getting prepared for DCP 161 - Stark
DCP 161 is on its way - arriving in April 2018. What can you do now in preparation?www.stark.co.uk
DCP stands for Distribution Connection and Use of System Agreement (DCUSA) Change Proposal with DCP 161 reintroducing higher charges for excess capacity.
Previously, any capacity above your contracted amount has been charged at the same rate as your available capacity. From April 2018, if you exceed your contracted capacity you will incur a higher charge for the excess each month you went over.
Where does it say they are?
You are referring to DUOS capacity...not incoming capacity. Again...why would anyone be charging charging during DUOS hours and risking those charges and even worse TrIAD charges? I spent 10 years reducing g e ergy during those hours.....I think we have that one covered.
Perhaps pass my number on to your struggling struggling customers if you ha e been unable to help them. Just pij t them to this thread and get the to pm me. I can resolve their problems.
It's still easy enough to dodge peak hours if you know what you are doing. Trains were an unknown time but ways predictable....the new system is much easier to avoidAs you're aware Triad charges have been scrapped and replaced by broader Red / Orange times, making it much harder for chargers to avoid
DM me your details and we can talk about EV chargers for some of our clients. Do you cover the whole country?
Incorrect again..... does it hurt to be so wrong?
Fun fact.....if you have a house with electric you can charge from zero to full, overnight 2 cars. Regardless of your current demand or incoming capacity. At peak times, the same energy is used as would be used if ALL homes plugged in 2 ev chargers. Ergo....you DONT need larger supplies or transformers.
I have. Nothing saying they are concerned that I can see. What part specifically are you referring too.Try the conclusion?
And if chargers are plugged in at peak times?
Or the homeowner uses other high load devices like showers at the same time?
What if they have a heat pump?
You don't know how they work do you?
Why dont explain what you think, based on your knowledge (that you clearly feel is sufficient to share online) would happen in these scenarios.
I mean...presumably you do know, right? Otherwise, why would someone jump into a 50 post thread shaming EVs if you don't even know the basics?
The problem here is that some argue about how much capacity we have in the UK for CARS. Now add all other forms of transport and also heat exchangers to heat homes and offices and factories and the calculation looks VERY different!
ALSO - transport and heating is just ONE of the uses for fossil fuels that populist politicians are trying to replace with electricity. Sooner or later, all those schemes are going to run into the brick wall of the laws of physics and also the laws of economics.
The first of those brick walls will be hitting them in the face this year and it will be food supplies. Food is only made out of energy. Bread is just converted Diesel and propane to dry the grain so that it can be stored. All the weedkiller and fertiliser is made from energy - fossil fuels. The green lobby would have us believe that we can smelt steel and grow crops using batteries. We can't.
Your points raised just prove even more why we need to transition from petrol and diesel.The problem here is that some argue about how much capacity we have in the UK for CARS. Now add all other forms of transport and also heat exchangers to heat homes and offices and factories and the calculation looks VERY different!
ALSO - transport and heating is just ONE of the uses for fossil fuels that populist politicians are trying to replace with electricity. Sooner or later, all those schemes are going to run into the brick wall of the laws of physics and also the laws of economics.
The first of those brick walls will be hitting them in the face this year and it will be food supplies. Food is only made out of energy. Bread is just converted Diesel and propane to dry the grain so that it can be stored. All the weedkiller and fertiliser is made from energy - fossil fuels. The green lobby would have us believe that we can smelt steel and grow crops using batteries. We can't.
I have. Nothing saying they are concerned that I can see. What part specifically are you referring too.
Here...this is the takeaway section from the conclusion...
"Both EV and HP loads are seen to have a minor impact on the overall network peak load for LPN and will impact the network at an LV feeder level. Of these two Low Carbon Technologies (LCTs), EVs are seen to be significantly less of an impact than HPs."
Which part seems like they are worried Nick?
Just outlining the steps to make it happen is what I took away from the 20q4 report.. UkPN are one of the better DNOs that we deal with
The report is now 8 years old.....the industry is well prepared for the transition. You have only made the case and provided evidence to prove just how well planned this transition has been.
Have you been able to find anything more recent suggesting they are concerned? Or is an 8 year old report, made at the start if a transition the only reference you have?
You don't know how they work do you?
Why dont explain what you think, based on your knowledge (that you clearly feel is sufficient to share online) would happen in these scenarios.
I mean...presumably you do know, right? Otherwise, why would someone jump into a 50 post thread shaming EVs if you don't even know the basics?
On street charging. Car park spaces will be fitted with charging points. Car parks are already being fitted with them. Councils are already starting to install more generic onstreet charging. Its really not much different than on street lighting. In terms of demand in high rise blocks, each of those homes will be fitted with a 60amp fuse, allowing for electric cookers, showers and heating. Overnight that isn't needed, and this is when EVs charge. None of that should be difficult to imagineI see the post above about 2 cars can charge overnight in the driveway. Fine.
But what about the highrises for example? There's a few around here. I'd guess there's probably about 50 vehicles overnight for each highrise. What do they do?
Where do the chargers connect? Who pays for that electricity? How is it governed?
Then there's vast areas with only on-street parking. What happens there?
Another example of the physical problems with charging cars.
I live in a tourist town. The council recently installed 2 charge points in the local car park. They are both used more or less all the time. What I also noticed that a car parks up in the EV space and charges, the day tripper wanders off for an ice cream and lunch and leaves the car for the day no matter if it has finished charging or not, they leave the car there so the next EV looking for a charger is unlucky.
If we are expected to share charging points at a ratio of 11 to 1, I just don't think that cars move enough to do that.
There might be a newer one, but this will do for now.
"Conclusions and recommendations
UK domestic electricity demand from the grid is likely to rise substantially, to as much as 48% over current levels, by 2030 driven by a combination of population growth and demand from heat pumps and electric vehicles, which are offset to some extent by embedded small-scale wind and solar generation. Annual electricity demand from domestic consumers rises in all scenarios, reaching as much as 162TWh/year by 2030 in the High Uptake Scenario
The seasonal dependence of electricity consumption is set to markedly increase in the Central and High Uptake Scenarios. Average daily domestic electricity demand in December is expected to be 685GWh/day, more than double the demand forecast for the summer months
Planning for generation and network capacity needs to take into account the increasing seasonal dependency of domestic electricity demand and the resulting system redundancies this requires in the electricity networks. This highlights the importance of comprehensive industry planning and analysis work in this area, such as that initiated by DECC and Ofgem’s Smart Grid Forum. Since these impacts will vary considerably for different regional demographic compositions, behavioural trends, building types, LCT uptake characteristics and levels of technology clustering, future work will need to focus on how the investment required for network reinforcement over the coming decades (estimated by the Smart Grid Forum to be between £20-£60 billion cumulatively to 2050) will vary for different network regions and assets in the UK."
Again bolding is my own. Network reinforcement means improving the grid - bigger, better substations, transformers, cabling, switchgear, etc, etc.
"We have modelled several DSR scenarios for heat pumps and electric vehicles to determine the extent to which the morning and evening peak increases could be mitigated. We find that simple time-of-use tariffs (such as the current Economy 10 tariff), if widely deployed with uniform time bandings, could potentially create network load problems related to loss of diversity in UK electricity consumption. Heat pumps and electric vehicle charging that are automated to avoid high-tariff periods will create significant peaks at the beginning of static low-tariff time-periods as these devices all activate at the same time."
Heat pumps and EV create increases in peak demand - the peaks might move, but they are still peaks and they still create problems for the network.
And all those in rented accommodation, they would need permission to install a charger.
In town there is a block of flats with a central parking area. There is no practical (and cost effective way) to install sufficient chargers for everyone.
Another housing area has no on road parking. All the vans and work vehicles park up on neighbouring roads with no charging facilities.
Not saying electric vehicles aren’t a good alternative to fossils fuels, it’s just the practicalities if getting them all charged.
Come on Nick... tell us all, what happens when they get plugged in at peak times?And if chargers are plugged in at peak times?
Or the homeowner uses other high load devices like showers at the same time?
What if they have a heat pump?