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No 23, Jalan SiLC 2/3 Kawasan Perindustrian SILC, 79200 Iskandar Puteri, Johor

Optimize Solar kWp Distribution

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Analysis Bill

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Solar kWp Conversion

Maximize DC-AC Solar kWp Conversion & Distribution without interfering power factor, absorb more clean energy.

Maximize & Minimize

Maximize kWp generation, minimize electricity bills from the grid

kWp Absorption

Increase kWp absorption from solar & Increase distribution

Optimise Efficiency

Optimise generation & distribution efficiency, reducing losses & eliminate reactive fee.

Reduce Loss

Reduce power loss. This will increase a distribution capacity by 100%.

PFCS Equipped each Sub-DB

PFCS being equipped in each of outgoing DB. No supply from grid (TNB) is needed

Conclusion:

  • Solar kWp generation & distribution remain consistent @300kWp per day (assume dependent variable factor are constant).

  • Due to inefficiency, the 300kWp generation can only being transmitted to 2 units of AHU

  • The oter AHU units will depend on grid supply (TNB). Thus, it will increase overall TNB bills.

  • An installation of PFCS will correct the power factor at incoming and outgoing levels consequently increase a distribution capacity and reduce TNB bills by 20-30%

Process of Calculation Formula

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