Not to mention dividends to stockholders, who always demand profits no matter what: no profits > no dividends And they've also benefited from £1Trillion+ of Quantitative Easing (so far), everyone with assets has. The greater your assets, the more free money you've been given I really shouldn't get startedNo surprise there Guerney and the CEO's etc will all get big fat bonuses because they are ripping us off as usual.
Ok. An average cyclist can generate 109 watts indefinitely ...well for hours and hours . At 200watts, it is is starting to burn. Those King of Mountain sprints is about 500w, but not really sustainableIm not asking for quip answers mate, this is asking what is the power output, how does that equate etc etc. Obviously its not like plugging into the mains, but i reckon if people were stuck, with no power source, but they had a small generator, a bike, loads of wires, batteries and their life depended on it, I'm quite sure we could come up with something.
So back to my actual question.
Well what is actually needed to recharge a 625wh battery ?. My charger is 4A.- the output is 36v.
It takes about 5h to recharge that size of battery from flat, using the 4A charger.
I would be asking how much does a human pedaling away generate ? Obviously i think it would depend on what the generator puts out. Its a matter of doing the math.
Now im not suggesting it can be achieved in an hour, or even one day, but could it be done within a reasonable time frame of say 3 or 4 days of pedaling or less, i dont know which is why i was asking the people here you understand these things Flecc
I would also point out , that theres no road surface, nor wind resistance to worry about. you arent trying to propel a 100kg mass, just turn a wheel to turn a second wheel to generator power, which you then feed either into some sort of storage unit, or the bikes battery direct.
Many canal boats and small yachts we have wind powered generators for keeping the boats batteries topped up, and as those do a job and work well at it, and as we arent powering anything thats causing a constant drain, it should i would have thought be a simpler process.
I also know that in the WW2 the military had hand powered generators for powering radios. Plus obviously the one made by Trevor Baylis.
So @flecc. The answer is not about getting fitter, or riding a non ebike, its about the generating of electricity that can be used elsewhere.
Maybe one day I'll show you my BayGen radio.
those on standard variable tariffs, who are already being supplied by Octopus, will see costs rise to £1,921 for a typical user – £50 below the price cap.50 whole quid? Thanks Octopus! That will help a lot!
Octopus Energy is first supplier to announce customers will pay £50 below the price cap
Existing customers will see their bills increase to £1,921 instead of £1,971inews.co.uk
Are there suppliers who will take on switching customers? When I first joined Ebico in 2008, there was no standing charge and their per unit rates were among the cheapest on that "Ebico Zero" plan, but it cost SSE (then Ebico's supplier) too much money and the partnership dissolved. I don't think there will be the like in the foreseeable future.I looked as supplier the other day who doesn't have an SC but they charge a higher Kw/h price per unit for dual fuel and the cost to me worked out 3x more then my current monthly DD.
Of course, that kind of pricing structure with no SC and high unit charges, only works out cheaper for holiday homes which otherwise stand empty for most of the yearYep it seems the companies only two who have no SC charge look like they are willing to take on new customers but they say any quote won't be cheaper.
UK area | Rank | Existing dwellings | New dwellings | All dwellings |
Isles of Scilly | 1 | 1,250 | 670 | 1,227 |
Ceredigion | 2 | 1,148 | 585 | 1,092 |
Eden | 3 | 1,181 | 519 | 1,056 |
Gwynedd | 4 | 1,069 | 454 | 1,016 |
Carmarthenshire | 5 | 1,042 | 460 | 958 |
Powys | 6 | 997 | 509 | 953 |
Ryedale | 7 | 1,086 | 446 | 939 |
Pendle | 8 | 968 | 462 | 937 |
Derbyshire Dales | 9 | 1,033 | 431 | 936 |
Richmondshire | 10 | 984 | 447 | 933 |
Isle of Anglesey | 11 | 967 | 469 | 918 |
West Devon | 12 | 998 | 409 | 909 |
South Lakeland | 13 | 959 | 471 | 907 |
Melton | 14 | 967 | 448 | 907 |
Staffordshire Moorlands | 15 | 932 | 437 | 904 |
Castle Point | 16 | 921 | 435 | 896 |
Pembrokeshire | 17 | 961 | 422 | 896 |
Hambleton | 18 | 997 | 437 | 895 |
Denbighshire | 19 | 930 | 427 | 895 |
Harrogate | 20 | 951 | 469 | 894 |
North Norfolk | 21 | 953 | 448 | 892 |
Copeland | 22 | 926 | 459 | 891 |
Hyndburn | 23 | 911 | 413 | 886 |
Rutland | 24 | 992 | 445 | 885 |
East Lindsey | 25 | 953 | 428 | 881 |
Ribble Valley | 26 | 1,017 | 443 | 879 |
Craven | 27 | 954 | 486 | 879 |
Malvern Hills | 28 | 992 | 398 | 878 |
Rossendale | 29 | 916 | 496 | 875 |
Oadby and Wigston | 30 | 902 | 392 | 870 |
South Hams | 31 | 945 | 417 | 870 |
Bromsgrove | 32 | 945 | 417 | 867 |
Herefordshire, County of | 33 | 929 | 438 | 865 |
Allerdale | 34 | 934 | 462 | 864 |
Maldon | 35 | 949 | 404 | 864 |
Mole Valley | 36 | 929 | 446 | 862 |
Bradford | 37 | 913 | 438 | 860 |
Burnley | 38 | 896 | 384 | 858 |
Broxtowe | 39 | 889 | 382 | 856 |
Barrow-in-Furness | 40 | 871 | 480 | 854 |
West Lindsey | 41 | 934 | 440 | 854 |
Forest of Dean | 42 | 962 | 406 | 853 |
South Holland | 43 | 933 | 403 | 852 |
King’s Lynn and West Norfolk | 44 | 909 | 482 | 852 |
Calderdale | 45 | 885 | 494 | 850 |
Rochford | 46 | 908 | 409 | 850 |
Sevenoaks | 47 | 916 | 400 | 850 |
East Riding of Yorkshire | 48 | 906 | 436 | 846 |
North Warwickshire | 49 | 899 | 388 | 846 |
Blackpool | 50 | 866 | 382 | 842 |
UK area | Rank | Average annual energy bill (£) |
Tower Hamlets | 1 | 423 |
Newham | 2 | 458 |
City of London | 3 | 474 |
Hackney | 4 | 486 |
Southwark | 5 | 504 |
Islington | 6 | 512 |
Greenwich | 7 | 527 |
Dartford | 8 | 539 |
Lewisham | 9 | 555 |
Brent | 10 | 556 |
UK average | 757 |
Future power needs one day maybe supplied by SMR's, rolls royce are trying to generate the technology. Each city or area will have it's own mini reactor about the size of a couple of football pitches and each SMR supplying power to 0. 5 million homes.