Comprehensive Guide to Installing a 5KVA Inverter with 4.8KW Solar Power System
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- เผยแพร่เมื่อ 20 ก.ค. 2024
- ● Description:
Welcome to our step-by-step guide on how to install a 5KVA 48V IVEM5048 Felicity Inverter with a 4.8KW solar power system, featuring 8 pieces of 600W bifacial panels and 4 pieces of 220AH tall tubular batteries. In this video, we'll take you through the entire installation process from start to finish, perfect for both DIY enthusiasts and professional installers.
● Video Sections:
1. Introduction (5 mins)
- Overview of the solar power system components.
- Benefits of installing a solar power system.
- Safety precautions and tools needed for the installation.
2. Unboxing and Component Overview (5 mins)
- Unboxing the IVEM5048 Felicity Inverter and solar panels.
- Detailed look at the 220AH tall tubular batteries.
- Explanation of how each component works together.
3. Site Assessment and Preparation (5 mins)
- Choosing the optimal location for the solar panels.
- Roof inspection and preparation tips.
- Ensuring proper ventilation and sunlight exposure.
4. Installing the Inverter and Batteries (10 mins)
- Setting up the IVEM5048 Felicity Inverter.
- Proper placement and connection of the 220AH tall tubular batteries.
- Wiring the inverter to the solar panels and batteries.
5. Mounting the Solar Panels (10 mins)
- Step-by-step guide on installing the mounting hardware.
- Positioning and securing the 600W bifacial panels.
- Wiring the solar panels together.
6. System Integration and Configuration (5 mins)
- Connecting the inverter to your home’s electrical system.
- Configuring the inverter settings for optimal performance.
- Testing the system for functionality and efficiency.
7. Final Checks and Maintenance Tips (5 mins)
- Performing a thorough check of all connections and components.
- Regular maintenance tips to ensure long-term efficiency.
- Troubleshooting common issues.
● Chapters
00:00 - Introduction
01:45 - System Overview
04:30 - Site Preparation
08:15 - Panel Installation
14:50 - Inverter Setup
20:35 - Battery Installation
26:10 - System Integration
31:45 - Performance Testing
35:20 - Troubleshooting and Tips
40:00 - Conclusion
● Conclusion:
By the end of this video, you'll have a fully functional solar power system ready to provide clean and sustainable energy for your home. Don't forget to like, subscribe, and hit the notification bell for more DIY solar installation guides and tips. If you have any questions or need further assistance, leave a comment below!
● Keywords:
Solar installation, 5KVA inverter, IVEM5048 Felicity Inverter, 4.8KW solar power, bifacial solar panels, 220AH tall tubular batteries, DIY solar, renewable energy, solar power system installation.
● Tags:
#Solar #SolarPower #SolarPanels #SolarEnergy #GoSolar #SolarSystem #Renewable #CleanEnergy #RenewableEnergy #SustainableLiving #Energy #SolarPV #SunEnergy #NigeriansInDiaspora
● Social Media Links
• Whatsapp: wa.me/2347054234162
• TH-cam: / @thetrillsconsulting4081
• Instagram: / the_trills_consulting
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• Facebook: / thetrillsconsulting
• LinkedIn: / the-trills-consulting
• Webpage: tinyurl.com/thetrillsconsulting
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• Tubular Batteries: wa.me/p/5654489064581973/2347...
• SMF Batteries: wa.me/p/4679700302046959/2347...
• Lithium Batteries:
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• Protection Kits: wa.me/p/5747481435302465/2347...
• Installation Kits:
• Contact us: +2347054234162
Thanks for showing the whole step in installing a solar system
@@samuelugochukwu8154 You are welcome.
Nice one.....one love
Neat installation. Well done.
Thank you! Cheers!
Broda please it's better to always pre test the inverter before moving to site, the inverter could have been settled if u had detected it on time.
@@omsglobal Noted. Thanks
Well done, I will just advise you use molded case circuit breaker(mccb) for your battery to inverter connection at least 125 amps since it is a 5kw /48v system.
also I don't think an automatic voltage/current regulator is needed for the ac output of the inverter since the output supply is always 230v for most system what you should regulate is what is coming to your input of the inverter also I see that ypu are not using A.C SPD. and you wire gauge for you ac side it seems to be 4mm or what how do you do the sizing thanks.
@adisaazeez5149 Thanks.
Generally, for AC wiring, the wire gauge is selected based on the current rating and the distance the wire will run. Here's a quick guide to wire sizing:
• For currents up to 20A, use 2.5mm² wire.
•For currents up to 32A, use 4mm² wire.
•For currents up to 40A, use 6mm² wire.
•For higher currents, increase the wire size accordingly.
For a 5kW system, if your load is around 21A at 230V, a 4mm² wire should be adequate for short distances. However, if the wiring runs over a longer distance, voltage drop needs to be considered, and you might need a thicker wire to maintain efficiency.
Meanwhile, it's not a regulator but a protector, as was mentioned in the video and It's equally important to protect output.
@@thetrillsconsulting4081 Thanks for the reply. However, my submission is an SPD does the work of protecting your devices from transient voltage and current while your AVR does regulate what is coming into your system that is why we set the upper and lower voltage/current on it excuse my ignorance if I am mistaking .also I know of VDI(voltage drop index) method for sizing cables please make your little research. More so, I am open to learning thanks.
@@adisaazeez5149 Alright, thanks you.
More wins brothers
@@ganiyusulaiboy9042 Amen. Thanks
Great job as always.
Thanks again!
Well-done guys, please where can I get the digital breaker
@@victorolayiwola9869 send a DM +2347054234162
TTC ahead ahead 👍
@@OTGSOLARENERGY Thank you
How much is for 5kva solar system
@@samuelugochukwu8154 ₦3.9M
TTC ahead ahead
Please do invest in a manlift.