How To Power the Level 2 EV Chargers with Solar Panels

Maximize the energy harvesting from the SunThis course starts by explaining how to use solar panels to power a level 2 EV charger, and how to maximize the PV energy harvesting from the Sun without electronic components overheating. The course explains what is a Solar Charge Maximizing Controller & its System, the principle of Solar Charge Maximizing Controller, the difference between the MPPT solar charge controller and Solar Charge Maximizing Controller (SCMC), and how the Solar Charge Maximizing Controller is working with MPPT solar charge controller to increase the current capacity of a MPPT solar charge controller system by 2~5 times.The Benefit and Application of Solar Charge Maximizing Controller SystemThis course explains the unique benefit of Solar Charge Maximizing Controller System, and why it is most suitable for any off-grid or hybrid Solar PV systems (behind-the-meter _BTM PV power systems) with battery banks.The course explains that the most important benefit of the SCMC system is that the SCMC system can power any DC load directly without consuming Lithium Iron Phosphate Battery's charging cycles, as the LFP battery in the SCMC system is mainly to maintain the system voltage. And the LFP batteries are not necessarily to be charged or discharged, so its service life will be extended.The SCMC system may also form a grid-tie hybrid system. The main advantage is that such a hybrid grid-tie system can have all its solar panels functioning to power the local load during a grid power outage.Common negative and common positive Solar Charge Maximizing Controller (SCMC) systemThis course explains what is a common negative & common positive MPPT solar charge controller, and why they must match the same common negative or common positive SCMC design to charge the same battery or battery banks. The course also introduces the method to determine if a MPPT solar charge controller is of co