Solar Self-Consumption: Why PV-Produced AC-Power Goes to the Loads | Schneider Electric скачать в хорошем качестве

Solar Self-Consumption: Why PV-Produced AC-Power Goes to the Loads | Schneider Electric

When you integrate photovoltaic (solar) production into a building, how can you be sure that the PV energy produced is consumed by the loads, and not re-injected into the grid? ►Watch more Electrical Installation Design videos:    • Photovoltaic Self-Consumption: Impacts on ...   Our expert answers this frequently asked question on solar self-consumption ►Find more in the Electrical Installation Wiki: https://www.electrical-installation.o... ►Download the Electrical Installation Guide (PDF) for off-line reference: https://www.schneider-electric.com/en... ►Click here to subscribe to Schneider Electric: http://www.youtube.com/subscription_c... Connect with Schneider Electric: ►Global Website: http://spr.ly/SchneiderElectric ►Discover our Services: http://spr.ly/SE-Services ►Visit our Blog: http://spr.ly/SE-Blog ►Job Opportunities: http://spr.ly/SE-Careers ►LinkedIn:   / schneider-electric   ►Facebook:   / schneiderelectric   ►Twitter:   / schneiderelec   ►Instagram:   / schneiderelectric   This video answers one of the most frequently asked questions on solar installations used for self-consumption: How Can You Be Sure that the PV Energy Produced is Consumed by the Loads? The photovoltaic energy produced goes to the loads, because the electricity takes the least resistant path. The path to the loads, made of cables and busbars, has a much lower resistance than the path to the transformer and the grid. Therefore, the loads will consume the available photovoltaic production, and will pull some additional energy from the grid, as needed. When the photovoltaic production is higher than the loads’ consumption, the extra energy will tend to go to the grid. ►This topic is explained in this video:    • Photovoltaic Self-Consumption: 4 Ways to M...