"Roughly half of the total capacity goes unused most of the time because the grid was built to meet spikes in demand. But as technology has shifted, it's become easier to unlock that extra power. Smart thermostats, for example, can pre-cool your house when demand is lower. EVs can charge at optimal hours and, in some cases, send power back to the grid when it's needed."
"A mix of these solutions added together, along with others, can free up more power for new uses, from data centers and factories to millions of drivers charging new EVs. If new electric demand can be added without a major new investment in infrastructure—and more customers are actually sharing the same fixed costs—the cost of electricity can go down for everyone."
"We think that there are a lot of solutions being proposed, but our view is that this solution of grid utilization is one of the only near-term solutions that can meaningfully reduce the cost of electricity at scale in short order."
Utilities typically respond to increased electricity demand by constructing new power plants and infrastructure. However, approximately half of grid capacity remains unused during most periods because infrastructure was designed for peak demand spikes. Modern technology enables better utilization of existing power. Smart thermostats pre-cool homes during low-demand periods, electric vehicles charge at optimal times and can return power to the grid, home battery networks store excess power, and data centers shift usage to off-peak hours. Advanced sensors and software enhance transmission line capacity. Combining these solutions allows new electricity demand from data centers, factories, and EV charging to be accommodated without major infrastructure investment. This approach reduces electricity costs by distributing fixed expenses across more customers and increases grid resilience during extreme weather.
#grid-utilization #demand-flexibility #smart-grid-technology #electricity-cost-reduction #infrastructure-efficiency
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