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Hi, I'm Naveen here, I share my views & insights about things I explore based on my interest with everyone in this channel.
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Hi, Good morning. The bimonthly average electricity consumption is 900 units.Will it be possible for me to set up off grid solar or should I go for on grid solar? What will be estimate for both? Do you install the solar system?
If you are in chennai then BLDC fan is very much helpful. Because during rainy season, we will not have power suply for 4 to 5 days.... Our only option is inveter battery supply. Normal fan takes more power almost double from battery say 75watts. But BLDC fan max wattage is 35watts, if you rin on medium speed say 3 or 4 inly 20watts usage. During power failure time, BLDC fans are very helpful.
Hi bro finally able to calculate capacity needed for my off grid system based on your videoos and your previous input to me My per day need 6-7 units (Correct me if anything wrong below for my system) Solar panel - 570w *3 (445*4) Battery - i want to store around 4 units to use them in non productive hours. So chose 12v 100ah batteries * 4. Inverter - ? (Should handle 2000w) 48v 50A is correct one? Charger controller - ? Unable to decide it capacity Please tell me which brand what capacity can be buy for all 4 appliances?
தம்பி தம்பி உங்க வீட்ல ஈபி கரண்ட் இல்லைன்னு தெரியும் ஆனா ரொம்ப அளக்க வேண்டாம் எங்க வீட்ல மாசத்துக்கு 6000 7000 கரண்ட் பில் வரும் இந்த ஃபேனை போட்டாதான் எனக்கு வந்து ரொம்ப சௌரியம்
Bro I want to buy an off-grid system for daily usage of 6-7 units of usage per day. Can you please tell me which panel i can buy (I think I am in need of a 1.5kw panel) and how much capacity the battery needs and which brand solar charger controller is the best and capacity of the inverter I need to buy?
@@NaveenResearchTamil this is my calculation Design a Off grid solar system Total units need to be generated per day 7 units But during non productive hours, I need 1.5 units Peak load is 1200 watt (I don't know how to achieve the below condition, but it would be great if I achieve it for safety side) I want AC to be turned off if the battery is 60 percent or less than that. Also I want the AC to be turned off automatically if the peak load or more is reached. Please tell, what type of panel (latest technology) I can buy along with other controller battery and inverter
Learn python, understand how flask configuration works, adapt uninterruptible power supply, avoid single point of failures in design. This is how I did it. Your turn now...
See but power efficiency is fine but in x86 architecture the power is performance and i am don’t know what get ur using i run my pc i9 with much bigger grapiccard and intel xenos processor as my server it also a towerbuilt only i am using 750 watt power and run serval drocker and vms i not getting any significant change electric bill and avlo current pathigana then why ur using self hosting😂😂
My servers spends a lot of time idling, one at 7watts, another at 12watts, another one at 24-27watts. Cheap 750 watt power supply may not be efficient but quality 300w SMPS could be efficient. Depends upon build quality without cost cutting. 😂 Saves a lot for me..
Atomberg Enerio oru fan nan shop la vangunean website la patha antha model illa. Customer care keatean athu enga brand illa neenga antha shop la poi keaka soltranga. ivanga name ah vachu nama eamanthanu sonna response illa.
You are talking about off grid AC setup for which, the battery maintenance charges are also added. Instead why not talk about on-grid where you keep exporting the current also along with AC running in the morning and use the same overnight? Have you tried that setup? It is easy to go without EB connection? Also, for 1 ton 3 star ac, you need to install at-least 3 panels of 550W. So that it can charge the battery (or Export the power to EB) and power the AC also. Here you need not invest for battery. But for stabilizer. So, either way, I think On-grid is comparatively better. Except for power outages. That too only during the night. During day time, we have option to get solar power even during power cuts. During night, we can rely on BLDC fan with lesser battery capacity and lesser wattage.. (less maintenance) What do you think?
Wait two things, Ongrid solar power cannot be utilized during power cut in the day time. Except for power outages is not an option for my setups generally.
EX 300 Solar Power Box Capacity 300VA Max Load Capacity in Watts 240W Battery inbuilt System 12.8V 48Ah Solar Charge Controller inbuilt System Input Voltage (INV Mode) 120V - 270V Input Voltage (UPS Mode) 160V - 270V Nominal Input Battery Voltage 12.8V Output Voltage (INV/UPS Mode) 230V±5% Battery Range Inbuilt Lifepo4 12.8V/48Ah Solar Charger Type PWM this solar inverter i have. can i use this for AC
Probably not. If you run a 5 star Inverter ac in low settings possible, it might still consume 280 watts and wire loss and stabilizer loss to be added. Which means its a burden on your existing system.
