How Better Utility Fault Detection Can Lead to Better Resilience Against Fires
“How can better fault detection in utility lines prevent more fires?”
Northern California recently experienced the most intense wildfire it ever endured This was caused by a utility line breaking apart near a dry forest. To prevent such a thing from happening again, we can implement better fault detection methods into grid lines. That way we will be able to detect issues before they occur with much better clarity and resolve them before a catastrophe strikes. This is How Better Utility Fault Detection Can Lead to Better Resilience Against Fires.
Why the Increasing Frequency of Fires Will Threat Energy Resilience
“How will the increased frequency of fires make us less energy resilient?”
The climate is changing. As temperatures get higher, the natural world is being thrown out of balance, and this includes dangerous fires such the one seen in Northern California. As these fires become more frequent, they will threaten power lines and energy generation sources. As a result, The Increasing Frequency of Fires Will Threat Energy Resilience.
“How can we recover an electric grid from a blackout?”
Blackouts can cause enormous devastation to communities. Although recovery can be a long process, If generators are used to create power for a portion of the system. This is known as a Black Start and is one of the many ways to increase grid resilience.
Fire Resiliency in the Bay Area
“How can the Bay Area Adapt to Climate Change-Induced Fires?”
The climate is changing drastically around the world. Temperatures are rising, and dry areas are getting drier. And one of the hardest-hit places right now is in Northern California. As a result of the (as of writing) on-going Butte County Fire, smoke has filled the air of the San Francisco Bay, making it deadlier to breathe in than New Delhi! And with the warming climate, things are only going to get worse.
But things can be done about this. To build resiliency against future fire-related disasters, The Bay Area can enact stricter fire codes, install more ventilation systems in buildings, create underground tunnels between critical infrastructure areas so people can avoid air pollution, and have N95 mask distribution stations. This way, Fire Resilience can be built in the Bay Area
Why Air Quality is an Important Part of Resilience
“Why is air quality an important component for resilience?”
In order to build truly sustainable and resilient communities, we must look at all factors, and air quality is no exception. By making living areas more breathable, we can ensure solid public health and cut down on medical infrastructure strain. As a result, Air Quality is an Important Part of Resilience.
Image credit a.scpr.org
How More Extreme Coldwaves will Harm Transportation Infrastructure
“How will Transportation Infrastructure be harmed by more extreme coldwaves?”
Transportation infrastructure will definitely be impacted by the changing weather. But climate change is doing much more than rising temperatures. More extreme coldwaves in certain parts of the earth are resulting from changing polar vortex. The behemoth damage brought onto transportation systems includes more delays in train/plane schedules, heavier icing of streets, and more stress on structures. This is How More Extreme Coldwaves will Harm Transportation Infrastructure.
How More Extreme Heatwaves will Harm Transportation Infrastructure
“How will transportation infrastructure be harmed by more extreme heat waves?”
With the ascent of more extreme temperatures, heatwaves will more frequent and more deadly. This will affect all sectors of critical infrastructure systems, transportation being one of them. With these new temperatures, railroads will buckle, cement will be deformed, and transit schedules will be vastly transformed. This is How More Extreme Heatwaves will Harm Transportation Infrastructure.
Image credit https://www.ucsusa.org