1- Govt. Certified Solar PV Installer Trainer ( TOT ) 2- Master's in Renewable Energy ) 3- B.Tech ( Electrical and Electronics Engineering ) 4- Varunmitra ( Solar Pump Training ) 6- Diploma in Computer Hardware and Peripheral Maintenance 7- Total Experience in Solar energy Sector ( 6 years ) * Project Manager - 2 years * Solar PV Installer Trainer - 4 Years
is trying to showcase the best possible ways to use the solar energy. Aim will be executed through various projects, products and practicals which will be illustrated and explained through discriptive or visual videos.
Agar solar charge controller ekdum se band ho jata hai aur light nahi jalta, to iske kuch possible reasons ho sakte hain: 1. **Overload or Short Circuit**: Agar system me koi overload ya short circuit ho gaya ho, to charge controller automatically protection ke liye band ho sakta hai. 2. **Battery Voltage Issues**: Agar battery ki voltage bahut low ho ya excessively high ho, to charge controller apni protection settings ke tehat band ho sakta hai. 3. **Wiring Problems**: Loose connections, damaged wires, ya improper connections bhi controller ko band karne ka karan ban sakte hain. 4. **Faulty Charge Controller**: Charge controller khud bhi faulty ho sakta hai, jiski wajah se wo kaam nahi kar raha ho. 5. **Overheating**: Charge controller overheat hone par bhi band ho sakta hai. Yeh situation zyada load ya inadequate ventilation se hoti hai. In sab reasons ko check karne ke liye aapko charge controller ke manual ka reference lena chahiye aur system ko carefully inspect karna chahiye. Agar problem solve nahi hoti, to ek experienced technician se madad lena achha rahega.
10 watt ka solar panel 5000 mAh (milliampere-hour) ki mobile battery ko charge karne ke liye kaam aa sakta hai, lekin iske liye kuch factors ko consider karna hoga: 1. **Solar Panel Output**: 10 watt ka panel ideally 5V ke output voltage par 2A ke around current provide karta hai, lekin actual current output sunlight conditions par depend karta hai. 2. **Battery Capacity**: 5000 mAh ki battery 5V par 25 watt-hours (Wh) ki capacity rakhti hai. 3. **Charging Efficiency**: Solar panels aur charging circuits ki efficiency ko bhi dhyan me rakhna zaroori hai. Charging me losses aur panel ki actual performance ko consider karte hue, aapko lagbhag 15-20 watt-hours ki energy chahiye hogi battery ko fully charge karne ke liye. Agar solar panel ko direct sunlight me sahi tarah se position kiya jaye, to 10 watt ka panel battery ko charge kar sakta hai. Lekin, charging time zyada ho sakta hai aur efficiency bhi sunlight conditions par depend karegi. Ideal conditions me, charging time kam ho sakta hai, lekin cloudy days ya low light conditions me zyada samay lag sakta hai.
Agar aap ek 330 watt ke solar panel ko 75 watt ke solar panel ke saath series me connect karte hain, to dono panels ka output voltage aur current ek dusre se milta-julta hona chahiye. Series connection me current same hota hai, isliye 75 watt ke panel ki lower current capacity 330 watt ke panel ki current capacity ko limit kar degi. Iska matlab hai ki aapka overall system us 75 watt ke panel ke current limit ke saath chalega, jo ki aapke 330 watt ke panel ka maximum output ko nahi use kar payega. Is prakriya se system ki efficiency aur performance dono hi gir sakti hai. Isliye, panels ko series me connect karte waqt unki specifications ko dhyan se match karna zaroori hota hai.
Sir mera bettry 12 volt ka hai aur maine solar 24 volt ka liya hai. To ye solar control kaam karega. Kya controller 24 volt solar se charge karega 12 volt ka bettryy ko . Ya sane hoga tabhi kaam karega. Bahut jarurat hai sir please batiye
12 Volt ki battery ko charge krne ke liye 17 to 22 Volt wala solar panel cahiye. Agar Solar panel ka Voc 30 Volt se 45 Volt hai to battery damage ho jayega.
Mere pass 3 solar panel hai 350 wat each Maine tino ko series mai jo rakha hai And jo positive wite hai in tino series panel ka And ek solar panel se negative wire ko connect kar raha hu To positive ko chune par current mar raha hai
The danger level of DC voltage depends on several factors, including the current flow, the duration of exposure, and the path through the body. Generally, voltages above 50 volts DC are considered potentially dangerous, especially if they can deliver a significant current through the body. For voltages over 100 volts DC, the risk of serious injury or fatality increases, particularly if the current path involves the heart. Always exercise caution and follow safety protocols when working with electrical systems.
The danger level of DC voltage depends on several factors, including the current flow, the duration of exposure, and the path through the body. Generally, voltages above 50 volts DC are considered potentially dangerous, especially if they can deliver a significant current through the body. For voltages over 100 volts DC, the risk of serious injury or fatality increases, particularly if the current path involves the heart. Always exercise caution and follow safety protocols when working with electrical systems.
Mere pass green light ki 5 v penal he aur 12v 7ah ki battery he. Aur 6amp ka exide solar charge controller he. Muje 1 led choti light lagani he. Kay lag jayegi lay.
Yee small dc fan mey resistor laga ke current kam kijiye nehi tu fan jal jayega kiunki isska ampere kam hey aur panel se jadya current aa raha hey. Nehi tu solar charge controller lagana parega.
sir mere pas ik 390 n type solar penal hai diod ko urata hai battry ko ulta charge krta ye positive ngative k jaga aur nigative positive ke ja plz guide me kaise usko thek kron
