We also run Hashrate Index, a data website that has a database of some of the top mining colocations in North America which can be found here. 3600000 Ws Conversion base : 1 kWh = 3600000 Ws. A terahash (TH) is equal to one trillion (1,000,000,000,000) hashes per second. Along with watts, horsepower as a unit is also used. If you join a PPS pool, your payout (i.e. Or for your convenience download Google's Chrome browser for high quality internet browsing. Note that rounding errors may occur, so always check the results. Exchange reading in watt seconds unit Wsec into kilowatt hours unit kWh as in an equivalent measurement result (two different units but the same identical physical total value, which is also equal to their proportional parts when divided or multiplied). The efficiency of an ASIC is one of the most important specs when considering a purchase.

So we put together a guide to help you through the process. kWh watt second . And if you remember our watt calculation from above 1 Watt = 1 Joule per second. So to get to kWh per TH, the calculation for a T17+ is: [44 Joules / (60 seconds x 60 minutes)] / (1000 Watts/kW). A higher hashrate increases a miner’s opportunity of finding the next block and receiving the block reward. A 1 MegaWatt farm, running at 100% capacity generates 1,000,000 watts of power per hour (or 1,000 kW/h). Usually the ASICs specs come with a +/- 10% and seem to get overclocked their reported energy consumption pretty easily. So at an electricity price of \$0.04 kWH (referenced above) a miner would be paying \$0.0000004889 a TH. kg of oil equivalent (koe) tonne of oil equivalent (toe) thousand tonnes of oil equivalent (ktoe) million tonnes of oil equivalent (Mtoe) barrel of oil equivalent (boe) thousand barrels of oil equivalent (kboe) million barrels of oil equivalent (Mboe) Diferent power units conversion from kilowatt to Newtons meter/second. KylesConverter.com is not responsible for any inaccurate data provided. Almost every time you hear a miner talking about their cost they are referencing the electricity cost for a kWh. Watts are a similar measurement to kilometers-per-hour as they indicate how fast electrons are travelling.

One kilowatt hour converted into watt second equals = 3,600,000.00 Wsec 1 kWh = 3,600,000.00 Wsec. You are currently converting energy units from kilowatt hour to watt second 1 kWh = 3600000 Ws. Between kW and N m/s measurements conversion chart page. So the plant produces 365 x 24 x 1 MegaWatt hours of total power a year. The other way around, how many Newtons meter/second - N m/s are in one kilowatt - kW unit? For simplicity lets assume no overclocking. In other words, 3.0 kWh is the amount of energy you need to run a T17+ for an hour. To link to this energy - kilowatt hour to watt seconds units converter, only cut and paste the following code into your html. And as a proof, if you multiply that cost by the stated TH/s of the ASIC (73) and by seconds in a month (60 x 60 x 24 x 30.42) and by the kWh of the machine (3.0) you should get back to the monthly hosting cost. Around 80% capacity factor is more realistic. 1 peta hash per second is one quadrillion (1,000,000,000,000,000) hashes per second. Hashrate is measured in hashes per second. 2009-2020, Kilowatts to Litres-atmosphere Per Second, Litres-atmosphere Per Second to Kilowatts, http://www.kylesconverter.com/power/kilowatts-to-litres--atmosphere-per-second, Kilowatts to Imperial Electrical Horsepower, Creative Commons Attribution 3.0 Unported License, 1 Kilowatts to Litres-atmosphere Per Second = 9.8692, 70 Kilowatts to Litres-atmosphere Per Second = 690.8463, 2 Kilowatts to Litres-atmosphere Per Second = 19.7385, 80 Kilowatts to Litres-atmosphere Per Second = 789.5386, 3 Kilowatts to Litres-atmosphere Per Second = 29.6077, 90 Kilowatts to Litres-atmosphere Per Second = 888.2309, 4 Kilowatts to Litres-atmosphere Per Second = 39.4769, 100 Kilowatts to Litres-atmosphere Per Second = 986.9233, 5 Kilowatts to Litres-atmosphere Per Second = 49.3462, 200 Kilowatts to Litres-atmosphere Per Second = 1973.8465, 6 Kilowatts to Litres-atmosphere Per Second = 59.2154, 300 Kilowatts to Litres-atmosphere Per Second = 2960.7698, 7 Kilowatts to Litres-atmosphere Per Second = 69.0846, 400 Kilowatts to Litres-atmosphere Per Second = 3947.6931, 8 Kilowatts to Litres-atmosphere Per Second = 78.9539, 500 Kilowatts to Litres-atmosphere Per Second = 4934.6163, 9 Kilowatts to Litres-atmosphere Per Second = 88.8231, 600 Kilowatts to Litres-atmosphere Per Second = 5921.5396, 10 Kilowatts to Litres-atmosphere Per Second = 98.6923, 800 Kilowatts to Litres-atmosphere Per Second = 7895.3861, 20 Kilowatts to Litres-atmosphere Per Second = 197.3847, 900 Kilowatts to Litres-atmosphere Per Second = 8882.3094, 30 Kilowatts to Litres-atmosphere Per Second = 296.077, 1,000 Kilowatts to Litres-atmosphere Per Second = 9869.2327, 40 Kilowatts to Litres-atmosphere Per Second = 394.7693, 10,000 Kilowatts to Litres-atmosphere Per Second = 98692.3267, 50 Kilowatts to Litres-atmosphere Per Second = 493.4616, 100,000 Kilowatts to Litres-atmosphere Per Second = 986923.2667, 60 Kilowatts to Litres-atmosphere Per Second = 592.154, 1,000,000 Kilowatts to Litres-atmosphere Per Second = 9869232.6672. kWh is a measure of energy (Involves Power &Time). How many watt seconds are contained in one kilowatt hour? And if you remember our watt calculation from above 1 Watt = 1 Joule per second. divided by the consumption time period t in hours (hr): P (W) = 1000 × E (kWh) / t (hr). sec are in one kilowatt hour - kWh unit? We’re happy to help: https://twitter.com/LuxorTechTeam, We’re also on Discord. Is ‘Project Venus’ really a competitor for Libra? 1 Kilowatt hours = 3600000 Watt seconds: 10 Kilowatt hours = 36000000 Watt seconds: 2500 Kilowatt hours = 9000000000 Watt seconds: 2 Kilowatt hours = 7200000 Watt seconds: 20 Kilowatt hours = 72000000 Watt seconds: 5000 Kilowatt hours = 18000000000 Watt seconds: 3 Kilowatt hours = 10800000 Watt seconds: 30 Kilowatt hours = 108000000 Watt seconds: 10000 Kilowatt hours = …