Solar Panel Sizing Calculator | Solar System Size Calculation ☀️ Solar Panel Sizing Calculator Calculate Required Solar Panel Capacity This Solar Panel Sizing Calculator helps calculate required solar panel size, inverter capacity, battery backup, and daily energy consumption for homes, industries, and commercial systems. What is Wh? Wh = Watt-hour It is the unit of electrical energy consumption. Wh = Watt × Hour Example: 100W bulb running for 5 hours Energy Consumption = 100 × 5 = 500Wh 1000Wh = 1kWh (1 Unit of Electricity) Daily Load Consumption (Wh) Sunlight Hours Per Day Solar Panel Watt Rating (W) Calculate Solar Size Waiting for input... Solar Panel Sizing Formula The required solar panel size is calculated using: Solar Size (W) = Daily Load (Wh) ÷ Sunlight Hours Example Calculation Daily Energy Consumption = 5000Wh Sunlight Hours = 5 Hours Solar Panel Rating =...

🌡️ RTD PT100 Master Tool PT100 Resistance to Temperature & Temperature to Resistance Calculator Ohms ➜ Temp Temp ➜ Ohms Enter Resistance (Ω) CALCULATED TEMPERATURE 0.00 °C Enter Temperature (°C) CALCULATED RESISTANCE 100.00 Ω Sensor Type PT100 Alpha Value 0.00385 Reference IEC 60751 What is RTD PT100? PT100 ek Resistance Temperature Detector (RTD) sensor hai jo industrial temperature measurement ke liye use hota hai. PT100 ka matlab hai ki sensor ka resistance 0°C par exactly 100 Ohms hota hai. Temperature (°C) = (Resistance - 100) ÷ 0.385 How PT100 Works? Jaise-jaise temperature increase hota hai, PT100 sensor ka resistance bhi increase hota hai. Yeh bahut accurate aur stable temperature sensor mana jata hai. PT100 Advantages High Accuracy Temperature Measurement Long Life Sensor Industrial Standard Sensor Better Stability than Thermocouple Noise Resistance Bett...

⚡ 4-20mA Scaling Calculator Live Instrument Scaling, Calibration & PDF Testing Report Tool for Engineers and Technicians Instrument Tag Number / Name Process Low Value (0%) Process High Value (100%) Enter Live mA Signal ADD REPORT LIVE SCALED VALUE 0.00 Signal % 0% Span 100 Status NORMAL 📋 Calibration Testing Report mA Input Scaled Value Signal % Status Action 📥 DOWNLOAD PDF REPORT What is 4-20mA Signal? 4-20mA industrial automation ka sabse common analog signal standard hai. Iska use transmitters, PLC, DCS aur control systems mein process values ko transfer karne ke liye kiya jata hai. 4mA = 0%    |    20mA = 100% 4-20mA Kyu Use Hota Hai? Noise resistance high hoti hai Long cable distance mein accurate signal deta hai Fault detection easy hota hai Industrial standard hai PLC aur DCS compatible hota hai Scaling Formula 4-20mA signal ko engineeri...

⚡ kW to HP & Amp Calculator Live Electrical Power Converter for Kilowatt (kW), Horsepower (HP) and Current (Ampere). Perfect for Electricians, Engineers, Students and Industrial Use. ⚡ Live kW to HP Calculator Enter Power in Kilowatt (kW) Horsepower (HP) 0.00 HP Formula: HP = kW × 1.34102 ⚡ Live kW to Amp Calculator Enter Power in Kilowatt (kW) Voltage (V) Power Factor (PF) Current (Ampere) 0.00 Amp 3 Phase Formula: Amp = (kW × 1000) ÷ (√3 × Voltage × PF) What is Kilowatt (kW)? Kilowatt yaani kW ek electrical power unit hai jo electrical energy consumption ya power output ko measure karne ke liye use hoti hai. 1 Kilowatt = 1000 Watt hota hai. Industrial motors, pumps, compressors aur electrical systems mein kW ka use bahut common hai. Electrical engineers generally motor capacity ko kW mein define karte hain. kW Ka Real Life Example Agar kisi motor par 7.5 kW likha hai, iska matlab motor 7500 Watt power consume ya...

Generator Sizing Tool Calculator Calculate Required Generator Size (kVA) This Generator Sizing Calculator helps electrical engineers, technicians, and industrial professionals determine the correct generator capacity based on connected load, power factor, and efficiency. Total Load (kW) Power Factor (PF) Efficiency (%) Calculate Generator Size Result Waiting for input... Generator Sizing Formula Generator Size (kVA) is calculated using the formula: kVA = kW ÷ (Power Factor × Efficiency) Example Calculation If: Total Load = 100 kW Power Factor = 0.8 Efficiency = 90% Then: Generator Size = 100 ÷ (0.8 × 0.9) = 138.89 kVA Why Generator Sizing is Important? Correct generator sizing ensures: Reliable power backup Reduced fuel consumption Better efficiency Longer generator life Protection against overload Applications of Generator Sizing Industrial Plants Commercial Buildings Hospitals Data Centers Construction Sites ...

⚡ Electrical Load Calculator India House Wiring, Motor FLC, 3-Phase Industrial & Solar Sizing - IS Standards Based Electrical Load Calculation har project ki pehli step hai. Sahi calculation bina system overload hoga, cable jal sakti hai, ya fire ho sakti hai. Is tool mein IS 3043, NEC, IEC 60364 standards follow karte hain. 🏠 House Wiring Load Calculator Ghar ke appliances add karein. Total load, MCB size, aur sanctioned load automatically calculate hoga. LED Lights (9W each) Fans (75W each) AC 1.5 Ton (1800W) Fridge (150W) Geyser (2000W) Water Pump (375W) Washing Machine (500W) Other Load (Watts) Diversity Factor IS 3043 0.6 - Small Home 0.7 - Medium (3 BHK) 0.8 - Large Home 🔍 Calculate House ...