1. How much electricity can be saved after the intelligent escalation of ordinary Elevator Lift?
After the intelligent escalation of ordinary escalators, how much electricity can be saved is a problem that users are more concerned about. To answer this question, the key issue is determined by the user's existing ordinary escalator usage. Generally, the transformation cost can be fully recovered in 1 to 2 years. Here is an example:
(1) When the use rate of ordinary escalators is low (less passengers), the power saving effect after the transformation is very obvious, and more energy consumption can be reduced by more than 70%.
(2) When the use rate of ordinary escalators is high (more passengers), the power saving effect will be worse after the transformation, generally not less than 20%.
(3) The energy saving calculation method of the escalator after the renovation is as follows:
For shopping malls, shopping malls, etc., there are about 2 hours of unattended operation in about 10 hours of operation per day. Taking a 7.5kW escalator as an example, the annual energy saved is: 7.5 degrees / hour × 2 hours / Day × 365 days = 5475 degrees, calculated at a price of 1.00 yuan per kWh, the annual cost savings is about 5,475.00 yuan, and the power saving rate is about 20%.
For hotels, building materials and furniture markets, etc., the passenger flow throughout the day is not as good as shopping malls, shopping malls, etc. In about 10 hours of operation per day, about 5 hours are unoccupied, taking a 7.5kW escalator as an example. The annual energy saved is: 7.5 degrees / hour × 5 hours / day × 365 days = 13687.5 degrees, calculated at a price of 1.00 yuan per kWh, the annual cost savings is about 13,687.50 yuan, and the power saving rate is about 50%. .
2. After the intelligent escalation of the ordinary escalator, how much will the service life of the escalator increase?
After the intelligent energy-saving renovation of the ordinary escalator, the escalator runs at a speed of only 30% of the normal running speed when there are no passengers. In theory, the mechanical wear can be reduced by 80%, and the average value is about 50%. That is to say, the life of the escalator can be doubled. If the original escalator has a life expectancy of 10 years, the life expectancy can reach 20 years after the transformation.
3. After the intelligent energy-saving renovation of the ordinary escalator, the failure rate can be greatly reduced, and the use cost is also significantly reduced.
After the intelligent energy-saving renovation of the ordinary escalator, the running speed of the escalator is only 30% of the normal running speed when there are no passengers, the mechanical wear of the escalator is greatly reduced, and the component replacement cycle is obviously prolonged, which not only saves a large amount of purchase of wearing parts. The cost, and can reduce the maintenance of the escalator and affect the normal use of the escalator.