-Overload protection protects the cable
from excess current. Circuit breakers trip when the protective device inserted
in the device exceeds this level. Power strips for overload protection usually
have no power indicator, but they have a reset switch that allows the strip to
resume operation after an overload has caused it to trip.
- Master Switch controls power to the
outlets on the power bar.
- Multiple Outlets allowing you to plug
in multiple electrical devices.
- Qualified Power Cord allowing you
extend the outlet 6ft (2 meters) away from the wall or even further.
- pure PC/ABS flame retardant housing.
Power Strip With Overload Protector Power Strip With Overload Protector,Extension Socket,Electrical Usb Extension Socket,Universal Multiple Power Strip ZhongShan JITONGLONG Plastic Hardware Co. Ltd. , https://www.toukoo-electronics.com
On June 15th, the construction personnel of Jiangsu Yangzhou Power Supply Company was installing an intelligent regulated capacity distribution transformer in the Jiangsu Distribution Network Construction and Management Demonstration Zone in Yongqiao Village, Gongdao Town, Yangzhou. The day was the first day of the National Energy Conservation Awareness Week. The first batch of Yangzhou Power Grid equipped two transformers that can automatically adjust the working capacity between 400 and 125 kVA depending on the load change.
According to reports, at present, the power grid configuration transformer is configured according to the highest power load in the power supply area, while the distribution transformer works only at one-third of the time during the peak period of power use, and two thirds of the time is spent on the power load. Low level and valley period. The larger the transformer capacity in service, the greater the operating loss. Using transformers that intelligently adjust the working capacity according to the load size can achieve tightly matched power-saving and emission reductions. According to calculations, each transformer can save more than 9,000 kilowatt hours of electricity through intelligent regulation of its working capacity, demonstrating the broad prospects of energy-saving and emission reduction in the future.