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Power systems and other damage left more than a million customers without electricity in the wide region, which is due to storms and oppressive heat temperatures. The main utility, Entergy New Orleans, said it can last for weeks to fully restore service.
Ida continued its record heat waves in the Pacific Northwest in June, as high electricity demand cut off electricity in some areas and forced electricity. make permanent breaks to avoid worse problems. This, in turn, closely followed the Texas disruption, which left four million without electricity in the days of February, as cold temperatures increased demand and froze. natural gas wells and collection lines.
Eventually, in California, power services have begun shutting down power lines as high winds and fire hazards increase, in hopes of preventing a fallen line from igniting another deadly hell like Camp Fire. he almost destroyed the town of Paradise.
Each of these disasters, exacerbated or it is likely as a result of climate change, it weakened our electrical systems in a number of ways: creating demand points, putting power plants offline, and taking out transmission lines.
Each number needs different and expensive solutions. But they all point to the same problem: the need to build a modernized, robust, interconnected system for generating and supplying electricity that is able to keep the lights on when they become increasingly common and in the face of extreme weather.
Loss of strength in heat waves, winter storms, floods and fires is not the only obstacle. It is a matter of life and death.
We need to weather the power plants so that they can operate safely in harsh and freezing conditions. We need to update our networks with sensors and software that help operators anticipate and prevent problems.
We need to develop more abundant sources of electricity, as well as much more energy storage, so that there is enough power to keep homes and businesses connected to the grid, regardless of weather conditions. And we need to link our fragmented and fragmented systems to where we need to go for greater redundancy in our power plants and in the towers and lines that supply electricity.
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