Niko Bellick
Well-Known Member
I am having trouble using the spread sheet you provided (im pc retarded) can anyone tell me how much of an increase running my 1000 watt hid would cost me? i pay 0.9 kwh. thank you!
Yes its that easy and yes thats correctI asked this in another thread but I think I should have asked here:
Is calculating your total energy consumption as simple as adding up all the watts per hour, converting it to kilowatts, then multiplying by your energy rate?
For example and hypothetically speaking, if you had 12 - 400 watt lights, plus about 2200 watts in other equipment (7000 watts total) running 24 hours a day, you would be at 7000 watts per hour or 7 kilowatts per hour, correct? An average rate of energy is 7 cents per kilowatt hour, multiplied by the 7 kilowatt hours, equals 49 cents an hour... 49 cents an hour multiplied by 24 hours in a day, and 30 days in a month, equals $352.80 for the month. Is this correct?
if im living in cali & i get a 600W HPS system what will chances of me getting a power outage or breaking happening??? also, im not too good with this whole electricity thing but when i start doing 12/12 with a 600W about how much $$$ a month will i be looking at???
Okay I read a few pages. What I need to know are the peak hours where you can save a little bit of $. They charge a lower kwh rate on the off peak hours I believe it is. This also changes with season I believe. Can anyone tell me these times for summer and winter.
I suggest using a clip on ammeter to check everything. The bulbs will become more inefficient drawing more power this will indicate when to replace bulbs and those numbers you might collect around the house become real distinguishing the difference in keeping things at different levels of operation. The clip-on ammeter takes the mystery out of electricity draw.
your post is fantastic.[FONT="]The advent of LED grow lights for indoor plants has changed the way we garden[/FONT]
The yellow type you get on most streets and roads. I know they are sodium or something so that they are low-power consumption, and that they have light sensors to switch themselves on and off... but still must cost a bit to run just one streetlamp.