What if we wanted to know how exactly we are using electricity, though? For example, let’s say you wanted to find out which devices in your office use the most electricity so that you could lower your monthly bills. When we use the conventional electric grid, our power supplier sends the electricity from their place to our grids and then, at the end of the month, sends us an estimate of how much energy we used and how much we need to pay for it. Take, for instance, the benefits of having two-way communication between suppliers and users. Smart electric grid technologies could not only help us to solve those problems but also pave the way for a cleaner, more efficient, and affordable energy supply. The costs of conserving and repairing the infrastructure are increasing.Consumers don’t have enough information on how they could cut their power consumption and lower their bills, as the billing can only give them an estimation of the energy they used during the month.The infrastructure is getting more and more vulnerable to severe weather conditions or power overload, which means frequent outages and blackouts.Connecting renewable energy sources such as wind turbines or solar panels to the traditional grid is complicated.The aging infrastructure can barely handle the growing demand for electricity.However, after decades of working well, the traditional infrastructure is now dealing with several issues: The conventional electric grid has been in use since 1896 and has truly revolutionized our world. Support for emerging technologies such as renewable energy sources or electric vehicles.Demand Response through which consumers are recommended to take actions to reduce the load on the grid during peak hours and this way, stabilize the demand.Self-healing (isolating all malfunctioning parts of the grids so they wouldn’t damage other parts).Not only can this make more consumers aware of how much energy they are using, but also alert them to any issue or malfunction that could cause a power outage.īut Smart Power Grids also come with a few more useful features: Through the sensors, the grid can also monitor the activities of all devices connected to the grind and even give suggestions to consumers on how they can use their energy more efficiently. The biggest difference from regular grids is that intelligent grids can collect real-time information on electricity consumption, demand, and any issues spotted in the grid and then send the information to suppliers and consumers. Smart power grids simply refer to electrical grids powered with modern technologies, such as big data, sensors, wireless modules, and monitoring systems to make the grids more efficient and resilient.
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