In smart energy, it is easy to get distracted by utility incentives and demand response and other tariffed actions. Utility tariffs are set in stone months or years before an actual set of market conditions arise. Demand Response events miss the supplier’s pain-points while ignoring opportunity for the building owner. “Running a meter backward” is a silly demonstration project that works only so long as very few people do it. All of these are regulatory fantasies that violate the laws of economics and physics. For a smart energy engineer, it is better to start with a more realistic fantasy.
Smart Energy starts with a Zombie Fortress.
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The Right Time at the Right Place
Smart Energy uses schedule negotiation and schedule coordination to operate systems and equipment at the right time to take maximum advantage of variable energy supplies. As the internet of things grows up, it will move from gathering data from sensors to coordinating things to enhance our lives. The future of business breaks down into smaller entities with stronger missions that coordinate activities over time to support customers as if by a single business, only better. We all took steps closer to these seemingly simple coordination results, at a meeting at AOL headquarters.
Making New Homes ready for Smart Energy
Smart energy names the techniques and technologies needed to manage energy flows and energy supply and demand when energy generation and energy storage are as distributed as energy consumption is today. Grid assets are managed by central control. This only works so long as the assets are central and the assets are centrally owned. Distributed assets should have distributed ownership. We must turn the centralized model on its head. Smart energy manages from the edges, not from the center. Smart energy treats homes and commercial buildings as microgrids responsible for their own power.
Read MoreSolar Consultants are a Big Barrier to Smart Energy
Smart energy names the techniques and technologies needed to manage energy flows and energy supply and demand when energy generation and energy storage are as distributed as energy consumption is today. During the early years of distributed energy, distributed energy resources were so small as to be losable in the noise of the grid. Installations were treated by utilities as if they were just another utility installation. This design approach has become the single largest barrier to distributed energy. So when are we going to get smart about distributed energy?...
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