BIJLIBEE INDUSTRIAL POWER TOOL

Power Factor Calculator

Power factor, phase angle, reactive power aur target PF capacitor correction ka smart estimate nikalein.

Load Details Bharein

PF Calculation MethodReal Power (kW) + Apparent Power (kVA)Real Power (kW) + Voltage + CurrentReal Power (kW) + Reactive Power (kVAr)Available nameplate ya meter data select karein

Supply TypeThree Phase ACSingle Phase ACIndustrial loads mein three phase common hai

Real PowerKilowatt (kW)

Apparent PowerKilovolt-ampere (kVA)

Line VoltageVolt (V), current method/correction

Target Power FactorCommon target 0.95 to 0.99

Frequency50 Hz India60 HzCapacitance estimate

Daily RunningHours per day

Operating DaysDays per month

Electricity RateRupees per kWh

Sahi values bharein. Power factor calculation possible ho, target PF current PF se kam na ho, voltage positive aur hours 0-24 hone chahiye.

CALCULATED POWER FACTOR

0.800

Needs Improvement · Phase angle 36.87°

Apparent Power62.50 kVA

Reactive Power37.50 kVAr

Existing Current86.96 A

Target Current73.23 A

Required Capacitor Bank	21.05 kVAr
Approx. Capacitance	129.72 uF/phase delta
Target Apparent Power	52.63 kVA
Released kVA Capacity	9.87 kVA
Current Reduction	15.79%
Relative Line-Loss Reduction	29.09%
Monthly Units / Energy Cost	12,000 / ₹96,000.00
Energy Saving from PF Alone	Usually not equal to kWh saving

Power factor kya hota hai?

Power factor real power (kW) aur apparent power (kVA) ka ratio hai. PF 1 ke kareeb hone par same useful kW ke liye current aur kVA kam hote hain. Motors, transformers aur inductive loads reactive power lete hain, jisse PF kam ho sakta hai. Voltage, current aur watt ka relation check karne ke liye hamara Volt Amp Watt Calculator zaroor use karein.

PF = kW / kVA

kVA = 1.732 x V x A / 1000

kVAr = √(kVA² - kW²)

Correction kVAr = kW x (tan φ1 - tan φ2)

Calculator ke smart features

• kW+kVA, kW+Ampere aur kW+kVAr methods
• Single-phase aur three-phase calculations
• PF quality, phase angle, kVA, kVAr aur current
• Target PF capacitor-bank kVAr estimate
• Capacitance, current reduction aur released kVA
• Monthly energy use aur cost context

Heavy motors aur appliances ka current nikalne ke liye Ampere to Watt Calculator dekhein, aur bijli bill kam karne ke liye Ghar Ka Bijli Bill Kam Karne Ke Tarike guide padhein.

⚡ Useful Electrical Converters & Calculators on BijliBee

🔌 Volt Amp Watt Calculator (Convert Volts, Amps & Watts) ⚡ Ampere to Watt Calculator (Convert Amps to Watts, kW & HP) 💡 Watt to Unit Converter (Convert Watts to Electricity Units & Amps) ⚙️ kW to HP Converter (Kilowatt to Horsepower & Motor Amps) 🏠 Home Load Calculator (Check Inverter, Motor & Connection Load) 💡 Detailed Guide: Ghar Ka Bijli Bill Kam Karne Ke 10 Asan Tarike (Proven Saving Tips) 🔌 Detailed Guide: Ghar Mein Sabse Zyada Bijli Khane Wale Appliances (Wattage & Units List) ⚠️ Detailed Guide: Bijli Bill Achanak Zyada Kyon Aa Raha Hai? (Karan Aur Bachat Ke Upay) ❄️ Detailed Guide: 1.5 Ton AC 1 Ghante Me Kitna Unit Khata Hai? ☀️ Detailed Guide: 1kW Solar Panel Kitni Unit Banata Hai? 💰 Solar Savings Calculator (Calculate Monthly Savings & Net Cost) 🔌 State Wise Electricity Bill Calculator (Calculate Total Bill)

FAQs

Achha power factor kitna hota hai?

Industrial systems mein 0.95 ya usse zyada aksar achha maana jata hai, lekin utility rules aur equipment requirements alag ho sakte hain.

Capacitor bank kWh bill kam karta hai?

PF correction primarily current, kVA demand, losses aur possible utility penalty ko kam karta hai. Load ka useful kWh apne aap utna kam nahi hota.

Capacitor size calculator ka result final hai?

Nahi. Harmonics, switching steps, detuning reactor, voltage rating, duty cycle aur utility rules ke liye qualified electrical engineer se design karayein.

Leading power factor kya hai?

Over-correction se leading PF ho sakta hai. Is calculator ka estimate lagging inductive load correction ke liye hai.

Disclaimer: Yeh general engineering estimate hai. Capacitor-bank installation, protection, harmonics study aur switching design qualified electrical engineer se hi karayein.

WRITTEN & REVIEWED BY

Satyam Kumar Yadav

Founder and Creator of BijliBee. Satyam electricity calculations, practical energy-saving tools aur simple Hinglish guides ko aam users ke liye aasan banane par kaam karte hain.