What is efficiency improvement?

Efficiency improvement for electricity
saving is the key motive.
What is efficiency improvement?
Efficiency refers to the representation of the ratio between the percentage of output and input. Since output is the input subtracted by loss, the efficiency is the same as the percentage of [Output/(Output+Loss)] or [Input-Loss)/Input, the efficiency can be said to have been improved when the obtained result value for energy use is larger than the used energy.

Improvement in electric power efficiency: Refers to the case where the resulting extent of electric power use obtained under the same conditions for the used electric power is increased.

Efficiency improvement for electrical parts
Efforts should be made for improvement of hardware efficiency
Household, commercial sector
There are products with high energy consumption and products with low energy consumption for daily instruments such as home appliances, office machines, lighting instruments, etc. Among those, high-efficiency products with a good energy consumption efficiency and energy-saving type of products may be purchased.
Efforts should be made for improvement of hardware efficiency + efficient management of instruments and equipment, etc.
Industrial sector
Efficient equipment design, efficient capacity distribution, efficient supply, efficient reception, efficient operation, and efficient management area
What is the correct electricity saving mentioned by experts?
It includes efficient equipment design, efficient capacity distribution, efficient supply, efficient reception, use of high-efficiency instruments, efficient operation, efficient management, etc. Electricity experts consider that energy saving is not possible by other methods than what is mentioned above.
Our company’s CESS produces the same results as using high-efficiency instruments as a result of the efficient supply of electricity to each load and helping efficient operation of the loads by activating electrical energy and gradually changing molecular structures of conducting wires as the wavelength of an optimum wavelength band radiated from mineral substances flows whilst riding on the electricity. Namely, electricity saving has become increasingly possible as reactive components are reduced along with the amount of current by maximizing efficiencies for each electric power system such as electric energy, conducting wire and energy, etc.
Also, according to electricity experts, correct methods involve devising the corresponding problems and measures after first identifying load states to maintain an ideal electrical state. For example, in the case of internet cafes, electricity can be supplied effectively when harmonics produced by the PCs are reduced and a TVSS for suppressing surges is installed for computer protection.
Our company is adopting a production-on-order method where situations capable of causing electrical problems are accurately analyzed by receiving advance information on the loads of the facility for installation of CESS, and application of the corresponding parts is varied. As in the above case, safe, stable and an ideal electrical state may be maintained so that abnormal phenomena for each load and breakdown occurrence is reduced, also enabling marked savings in maintenance and management costs for electrical equipment (instruments), by application of devices for harmonics reduction or surge suppression.?