ANYSES

│ We are introducing ANYSES Power Saving Device │

• constantly needs of minimizing carbon-dioxide emission because of global warming
• Need saving electricity for peak power consumption during summer and winter
• Increasing oil price cause Increasing electricity price

Providing variable environment can save electricity to overcome the limit of manual power saving, and Applying efficient economical saving system

│Nation wide Energy Saving │

• Carbon Dioxide Cash-back System
• OECD recommend increase electricity price
• Regulation of energy consumption is getting stronger
• 97% of Energy imported
• Consumption quarter for building
• Substitute products for increasing electric price
• Assign Carbon dioxide emission control country
• Smart energy metering system

│What is Anyses │
Anyses Product key technology, mutual Induction Reactor, enable to control power that providing electronic devices (ex ; lights, motor). So that saves electric consumption with controlling voltage and current that providing to load.

│Principle of Anyses │
There is 2 coils, 1st is voltage coil, and 2nd is current coil. If voltage apply to 1st voltage coil, current will move reverse direction on 2nd current coil, and current will induce voltage coil. And then, voltage coil current will increase and will flow to output. Increased amount will feedback to decreasing input current for the effect of mutual Induction Reactor Power saving device. It increase saving rate with automatically control few TAPs, and it can by-pass because serial connection.

Anyses saving power recursing induction current that created on 2nd coil to 1st voltage coil Proving Voltage have maximum +-10% variance for the reason of transmission line condition P=I.V.θ
This equation shows that consuming power (P) is proportional with voltage(V) in case of continuous load and power factor(θ). ANYSES product saves consuming power with TAP and dropping voltage in case input voltage is higher than configuration.

│Transmission Diagram │
Electricity generated from power station increase voltage up to 345KV to send long distance. And then decrease voltage 154KV~22.9KV in substation.
And then decrease voltage again 3 phase 380V or single phase 220V near client sites.

│ The power saving concept of Anyses │
Power saving is to conserve electricity by reducing or getting rid of unnecessary power consumption. In general, electrical device or facilities are designed to have 1.2 ~ 1.5 times more reserves by taking safety levels and a drop in efficiency into consideration. So, they consume more than necessary power.

AnyEnergy enable varied devices and facilities to reduce their power consumption through the controlling of voltage levels within the required operating ranges and by improving power factors. It is a reliable power saving system that enables devices and facilities to last longer

│ The power saving principle │

>> Power supply
The “Electricity Utilities industry Law” stipulates that for 220V level, the standard voltage supplied by a power supplier shall range within ±26V from 354V to 406V. The supply voltage level will differ depending on its regional areas. In general, when there is a drop in voltage is within an accepted deviation of standard voltage mentioned above. As for devices using 220V or 380V, standard voltage should range within ±10% from 198V to 242V and from 342V to 418V, respectively, for normal use and performance as defined in specs.

>> Power saving principle
Anyenergy is a power saving system that controls voltage and currents at the same time concerning the motor and lamps. This system checks whether the motor has the proper voltage levels needed for loading rate, limits the starting current, balances the three-phases and enhances the power factor. Through these functions, this system improves the quality of the power as a whole by bringing about a synergy effect. As for illumination actions, it maintains a proper brightness and lamp current, and copes automatically with the changes in input voltage levels. Of course, AnyEnergy is a reactor-style power saving system that protects load devices while extending their life span.

│ The power saving principle │

• Automatic voltage Regulation
• Phase Balancing
• Extending Life Span
• Remove Noise and Harmonics
• Power Factor Correlation