Did you save energy and the environment today
When the job is over, does the computer turn off
When you got up and left, the light was still on
Did you just throw out the a4 if it was printed wrong
Energy conservation is intelligence
A habit
A virtue
It's more of a fortune
Energy efficiency reduction
Green development
A global consensus
Energy conservation requires everyone's involvement
Everyone's work
Here's a little bit of energy-saving information for you
I. Ten savings habits:
(i) the timely removal of chargers after charge and reduction of waste of electricity。
(ii) the introduction of energy-saving lamps and the redeployment of air conditioners to 26 degrees celsius in the summer, which will result in significant energy savings。
(iii) bring your own lunch with a portable, environmentally friendly meal, without a one-off meal。
(iv) close the faucet when brushing its teeth, even if it leaks, and can leak one ton of water in 10 days。
(v) buying food from a basket or a bag of its own, a one-time plastic bag taking 600 years to decompose。
(vi) homemade fruit juice, which not only reduces industrial water and electricity use but also reduces health。
(vii) more microwave heating and cooking food, less electricity than gas pollution, and better health and environmental protection。
(viii) the use of paper on both sides, with more handbands and less towel paper, to reduce deforestation for the benefit of children and grandchildren。
(ix) reduce pollution of rivers and oceans by using degradable and low-use washing products。
(x) carry their own water cups, convenient and hygienic, regardless of their travel and work. Energy conservation requires everyone's participation and everyone's contribution。
Ii. Common sense of family life efficiency
(i) air conditioning should not be set at too low temperatures, which would lead to increased electricity consumption. Air-conditioning temperatures are set at not less than 26°c in summer and not more than 20°c in winter。
(ii) increased cumulative consumption of refrigerators due to reduced heat capacity and reduced duration of compressors when there are too few foods stored in refrigerators. So when the food is too small, a few plastic boxes of water can be put into the freezer room。
(iii) power plugs should be removed when the television is not looking. Following the closure of some television sets, the catheters were still preheated with filaments and the whole machine was in a state of power consumption。
(iv) thirty minutes before cooking, when rice is immersed in hot water, 30 per cent less electricity。
(v) the general washing machine has strong and weak washing, and many people tend to opt for “weak washing” for the purpose of “saving electricity”, which is a perceived error. Weak washing is more frequent than strong washing to change the direction of the wheel, so weak washing costs electricity, and strong washing not only saves electricity but also prolongs the utility life of the power plant。
(vi) no random fall of rice-painting water, which can be used to water, wash the face or wash the dishes, be fertile, de-pollute the temperature and not pollute the water quality. Noodle soup and dumpling soup, which are undrinked, also have some oily effect and can be used to wash dishes and chopsticks. The contamination of water quality and accumulation within the human body by cleaning can be reduced。
(vii) to reject phosphorous detergents and use only phosphorous detergents. Hand-washing, as much as possible, with electricity and water, if time permits and physical capacity permits。
(viii) all electrical appliances and office appliances in the home must be switched off manually and should not remain on hold for long periods of time。
Iii. Office energy efficiency and common sense
(i) scientific rational use of computers
Office computers should be properly configured to replace screen protection with stand-by, with stand-by screen protection when they are not available, saving 6. 3 degrees per year for each desktop, correspondingly reducing co2 by 6 kg; and 1. 5 degrees per year for each laptop, correspondingly reducing co2 by 1. 4 kg. Lighten the computer screen and turn off the plug。
(ii) scientific rational use of printers, photocopiers
The power supply of printers and their servers should be shut down in a timely manner, off-duty or long hours, reducing energy consumption while removing plugs; the sharing of printers, sharing a printer in the office, could reduce equipment idleness, increase efficiency and save energy; the use of draft models, with printers save ink and save power; printing should use small numbers as much as possible; and printing should be double-sided, with marginal residual use。
(iii) scientific rational use of paper products
E-government, using e-mail as an alternative to paper-based correspondence to the extent possible; reuse of envelopes, briefcases and briefcases, which can be reused many times; reuse of reusable envelopes and briefcases; replacement of printed books with e-mails; reduction of the use of paper cups where staff use their own water cups, prepared for customers; replacement of paper towels with handkerchiefs, which can reduce paper consumption by approximately 0. 17 kg per person per year, and energy savings by 0. 2 tons of standard coal, resulting in a reduction of 0. 57 kg of carbon dioxide。
(iv) scientific rational use of other office supplies
Reduction in the use of one-time items, more sweating and hand polishing, can reduce waste of toilet paper, paper paper and, to the extent possible, rags; replacement of one-time pens with atom pens and pens that can replace pens; reduction of the use of wooden pencils, less of wooden pencils and more of automatic pencils; reduction of the use of benzene solvent products, more of retrogression needles, staple nails and less of benzene-containing solvent products, such as glue, fixes, etc。
Iv. Bus efficiency
(i) one less day per month
One day less per month, with about 44 litres of fuel per vehicle per year, a corresponding reduction of 98 kg of carbon dioxide。
(ii) 200 kilometres of energy-efficient travel
Bicycling or walking in lieu of driving for 100 kilometres can save about 9 litres of oil, and taking a bus instead of driving for 100 kilometres, can save five sixths. Energy-efficient travel of 200 kilometres in the above manner could reduce consumption of 16. 7 litres of petrol per vehicle and correspondingly reduce co2 by 36. 8 kg。
(iii) scientific vehicles, careful maintenance
The poor condition of the car would lead to a significant increase in fuel consumption, while the empty turn of the engine would also be fuel-consuming. By replacing air filters in a timely manner, maintaining suitable tire pressure, and putting out fire in a timely manner, each vehicle can reduce fuel consumption by approximately 180 litres per year and correspondingly reduce co2 by 400 kg。
