 Energy Saving Unit |
|
| |
| |
|
 |
Reduction in Input Current for a given connected load
Reduction in maximum demand
= Real Savings in energy running costs
|
|
Reduction in Reactive Power (VAR)
More relative available Real Power (KW) meaning less energy consumed
= Real savings in running costs
|
|
Power Factor improved by recycling Reactive Power
Increased efficiency of circuit
= Real savings in running costs
|
|
Increased circuit theoretical current capacity and full load margin
Hardware and cable cost reductions for both initial installation (new projects) and maintenance
= Safety margin increased minimising risk of fire and accidents
|
|
Improvement in harmonics in output by filtering as a secondary
Reduces possibility of damage due to complex non-linear, high frequency waveforms (overheating,
component breakdown_ and increases compliance with regulatory
|
effect of the design
authorities regarding RF output or other ECM requirements
= Reduced maintenance/running costs
|
Improved "unloaded" condition power consumption for 3 phase AC induction motors
Continuously running 3 phase AC induction motors typically save > 10% energy running costs on
no load portion of run cycle
= reduced running costs
|
Easy to install and commission due to efficient light weight design, compact enclosure and simple
connection method to existing distribution systems
Installation simpler and cost efficient
= Reduced installation costs
|
|
|
 |
|
