â¢ Albumin-to-creatinine ratio. â¢ Microalbumin-to-creatinine ratio. You may be asked to give a random urine sample or a timed urine sample (such as overnight), or you may be asked to collect your urine over a 24-hour period. (A microalbumin test is not the same as a routine urine dipstick test, by the way).
So, To convert these wattages into a daily use of kilowatt hours (kWh â the standard billing unit of electricity suppliers), the following equation applies -. (Wattage x eight) Ã· 1000 = kWh per day. Where eight represents our presumed eight hours active time per day.Thus a 600 Watt unit â typical of older, larger refrigerators â would use 4.8 kilowatt hours daily, or 1750 per year; where a more modern 140 watt unit uses about 1.1 kWh daily, or approximately 400 per year.This is how many watts does a refrigerator use.No information is provided by the author.o, To convert these wattages into a daily use of kilowatt hours (kWh â the standard billing unit of electricity suppliers), the following equation applies -. (Wattage x eight) Ã· 1000 = kWh per day. Where eight represents our presumed eight hours active time per day.
Refrigerators are a big chunk of home energy use. In most homes the refrigerator is the second-largest user of electricity (13.7%), right after the air conditioner (14.1%). (Dept. of Energy) With most appliances you save energy by using them less, but you can't very well do that with your fridge. 1986-era 18 c.f. fridge uses 1400 kWh a year, while a modern energy-efficient model uses only 350 kWh â a whopping 75% reduction. At 15 kWh, trading in a pre-1986 fridge for a new efficient one would save about $158 a year in electricity costs.