Comparison of various energy-saving systems
Fu Shun saving system series | Regulators in series | Phase capacitors in parallel | Inverter series |
Improve the power factor | No such function | Improve the power factor | No such function |
Small | Bulky | Small quantity | Small quantity |
Without electronic components | Not necessarily | Without electronic components | Electronic component |
Long life | Not necessarily | Long life | Life is short |
Failure rate | Failure rate | Failure rate | Failure rate |
Cheap | Expensive | Cheap | Expensive |
Provide load utility power | The role of regulator | No such function | No such function |
No worries ahead | — | Concerns ahead | — |
Almost does not consume electricity | Power Consumption | — | — |
Energy-saving products | Power products | Energy-saving products | Energy-saving products |
Recycling visible | Power products | No Warranty | No Warranty |
A new generation of energy-saving ideas | Power products | Old energy-saving ideas | A new generation of energy-saving ideas |
Inductive, resistive load Safe | Power products | Inductance applicable | Inductance applicable |
Stimulated current absorption | No such function | Can not resist | No such function |
Eliminate high harmonics | No such function | Can not resist | No such function |
Prevent electromagnetic interference | Regulators themselves | No such function | No such function |
Improve power quality | Only the role of regulator | No such function | No such function |
Fu Shun the effectiveness of energy saving system:
- 1 to improve the power factor: direct absorption of reactive power in the trunk line, and improve the power factor and no advance phenomenon into account.
- (2) reduce the harmonic elimination: the use of special high-tech materials used to absorb harmful high voltage harmonics, making sine smoother.
- 3. Adjustment of voltage: the voltage is unstable, the voltage can be adjusted to practical voltage to achieve the effect of energy saving and protective equipment.
- 4 to reduce the excitation current: a reactance principle can effectively improve the applied voltage is 90 degrees behind the excitation voltage stream.
- 5 against electromagnetic interference: can effectively improve the result of electromagnetic interference generated by abnormal voltage.
- 6 Other: such as, electrical fire prevention, improve equipment efficiency, increase equipment life, reduce line losses and improve flashing and so on.