Researchers at Missouri University of Science and Technology hope to help modify state- and local-level recycling efforts by educating current owners about disposal options.
New and exciting improvements in the photovoltaic (PV) modules and PV systems are occurring each day.
By now, we’ve all had the opportunity to experience a PV wiring system, whether installing, inspecting, or encountering alongside other electrical work.
Following a rooftop fire in a PV system, an AHJ was requested by the building department to inspect the damaged area and assist in the investigation of the cause of the fire.
Wind energy? Is this natural resource going to be the future for electric generation? Electric wind generation technology has come a long way.
Continuing education is critical. It will be mandatory to use all available communication devices and advanced tools at our disposal to effectively plan, review, and inspect the current and next generation of PV systems.
Codes, standards, equipment, and the organizations certifying that equipment meets a particular standard are continually changing. The harmonization of U.S. standards with international standards—while potentially reducing costs in the international arena—may complicate the application of these standards as they are adopted.
Energy storage systems help us to realize the true benefits of renewables and advanced grid technologies. They mitigate intermittencies and unlock the potential of solar and wind power by storing clean energy as it is created, so that it can be used when it is actually needed.
Like the ever-changing sustainable energy industry, our wiring methods are also evolving. The increase in outdoor installations opens new opportunities for more innovative products to help solve today’s new challenges.
The emergence of energy storage systems (ESSs), due to production from alternative energies such as wind and solar installations, has driven the need for installation requirements within the NEC for the safe installation of these energy storage systems.