Wire Professional

How do I wire 5 solar panels in parallel?

I know the difference between series and parallel. My question is what I have to ringleaders special connector and the son just turn all together or do I need a special piece of equipment or what? I wish to make it as professional as possible. Any advice?

Do not cut the MC connectors on the panels, you can cancel the warranty. You need 5 cables who have the same connector, and cut in half, so you have 10 wires, 5 for 5 for the positive and negative. Each half of a connector of a side and stripped bare wire on the other. You can see a great video here - You http://www.altestore.com/video/video-MC-Connector-Extensions-Primer-v6/ need a circuit breaker between the panels and charge controller. A combo box provides a method to combine the panels with circuit breakers. http://www.altestore.com/store/Enclosures-Electrical-and-Safety/Electrical-Enclosures/Combiner-Boxes/Midnite-Solar-MNPV6-Combiner-Box/p4566/ Each chain must have its own circuit breaker, if in your case, you have 5 channels 1 panel, you need 5 breakers. The negative wire goes to each panel bar in the negative box combination is what combines these son. The line goes to a breaker affirmative. The output of all five circuit breakers combined with the positive bus bar in the box combination. The circuit breaker is either determined by the manufacturer of solar panels, it will be listed in specifications as the size of fuse max, or short circuit current (Isc) time panel of 1.56, rounded up. So, if the current panel of is an amp, it takes at least one circuit breaker 1.56A to 2A is the breaker size for you. http://www.altestore.com/store/Enclosures-Electrical-and-Safety/Overcurrent-Devices-Fuses-Breakers/Circuit-Breakers/2-Amp-Din-Rail-Mount-Breaker/p5811/?nav=detail Addon. If every panel is 1A, the output of the box will be combination 5A, make sure the charge controller is designed for 5A x 1.56 = 7.8A, and ensure the wire is large enough to handle this. It should also be a circuit breaker between the regulator and the battery charge, rounded up to that number, or 8A. If you have an inverter, you need a circuit breaker between the battery and inverter as well. This is determined by the power of the inverter, say divided 1000W the lowest voltage of the inverter can work, perhaps 10V, 1000A / 10V = 1.25 = 125A 100A time breaker. This information can be found the inverter specifications. http://www.altestore.com/store/Enclosures-Electrical-and-Safety/Electrical-Enclosures/DisconnectLoad-Enclosures/Dc/Midnite-Solar-MNDC125-Mini-125-Amp-DC-Disconnect/p2414/. The circuit breaker after the charge controller can also go here. Basically, you need a circuit breaker between each piece of equipment. Panel - CB - charge controller - breaker - battery - switch - UPS - AC circuit breaker. You can see an example of a kit that has all these elements, and a wiring diagram to http://www.altestore.com/store/Kits-and-Package-Deals/Off-Grid-Cabin-Systems/ Off-Grid-Cabin-package-2-260W-PV/p716 / This is how you're a professional, NEC code compliant installation. I know it's a very long answer to a short question. If you are interested by solar design, I highly recommend this book http://www.altestore.com/store/Books-Classes-Educational-Videos/Solar-Electric-PV/Photovoltaics-Design-Install-Manual/p481/

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