It is typically single conductor and the insulation is. ![]() * Solar Wire - While most any wire can be used in a solar system, solar wire is designed for maximum conductivity and is well insulated with a UV resistant cover. A temperature sensor is only useful for systems with larger solar arrays as smaller solar systems do not provide sufficient power to over heat the batteries. If the batteries are heating up due to heavy charging, the sensor signals the controller and the controller reduces the charge current appropriately. * Temperature Sensor - This device is connected to the controller and senses the temperature of the battery bank. Controllers designed for residential and commercial (lighting) use are generally overkill and not well suited for marine applications. Controllers are sized by their amperage capacity. The purpose of a controller is to prevent batteries from being overcharged, apply the optimal charging current to the battery bank and prevent current from back flowing from the batteries to the solar panel at night. * Solar Controller - Except for small trickle charge systems, all solar systems should have a solar controller. These connectors are easily disconnected. Most solar panels come with MC4 connectors attached to 3 foot solar wire pigtail coming from the panel junction box. ![]() * MC4 Connector - A water proof connector used in solar wiring. In this blog I will walk you through the wiring process for our dual output controller step by step. This can appear to be a daunting task for those new to the world of solar but it is actually quite easy and straight forward. We are often asked questions about how to wire a solar system.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |