Delaware’s Electric Energy Crisis
By: Kenneth J. Reuter JR., Guest Contributor
Today, Delaware is in an electricity shortage. We consume one hundred times more electricity than we produce. It has not always been that way. Generation constraints are driven by political pressure to reduce greenhouse gas emissions through the elimination of fossil fuels. Concurrently, demand for electricity has never been as high as it is now and there are no signs of it slowing down. Massive amounts of data require a corresponding massive amount of electric energy to produce. We all want clean energy. But arriving at that destination requires a practical approach and pragmatic thinking which is lacking today. Delaware is second from the bottom out of 50 States in electricity production. We have seen coal plant closures in Sussex County and output reductions in highly efficient natural gas plants in New Castle County. It is time to build a practical, pragmatic, and sensible energy plan for Delaware. Our population is expanding. If we want to build a bright future where we attract industry that in turn produces non-government jobs, we have no alternative than to start planning now.
First, recognize the difference between Baseload and Intermittent Power Generation. Baseload generation operates 24/7 irrespective of weather. Intermittent Generation does not and comes in two forms – Wind and Solar. Wind and Solar are intermittent sources of energy in that generation is not a steady 24/7 operation but dependent on the amount of wind and the sun. Intermittent generation is not dispatchable energy.
Current generation shortages in Delaware demand immediate expansion of Baseload Generation. Three crucial steps must be taken to avoid extended outages.
- Extend where practical all current forms of electric generation. Climate initiatives have taken priority over needed capacity and in some cases have been prematurely decided. Before we sanction the decommission of any power plant, we must first ensure that replacements are in the predicable future. To date, planning has been woefully inadequate.
- Fast-track adding to existing natural gas plants and exploring adding new plants to the Natural Gas fleet. Concurrently, laser focus on Nuclear Generation, for that presents the best option to generate clean electric energy into the future. Technological improvements have advanced nuclear to near state-of-the-art generation. Advancements such as factory produced SMRs (Small Modular Reactors), refinements in Fission and Spent Fuel Management, plus accelerated advancements in Fusion technology have given rise to very real solutions to produce clean, reliable and dependent electricity that can meet rising demand into the future.
- Assemble a strong core of knowledgeable experts to accelerate the creation of logical, practical legislation to pave a new road to lead Delaware into the future. Steps have already been taken to do just that through the newly formed Nuclear Energy Feasibility Task Force or NEFTF. The time is now to accelerate and sharpen its focus and build a solid plan for Electric Generation into the future.
Delaware is moving in the right direction now and sharpening its focus to not only meet current and future electricity demand, but to protect and expand potential new jobs that fuel our economy. In our world today, abundant electricity is not a luxury. It is crucial to our way of a healthy, safe and strong economic life.
Kenneth J. Reuter, Jr. has devoted 40 years to the electric energy industry, beginning with extensive technical training in the U.S. Navy and earning an executive MBA from Northeastern University and a BS from the University of Delaware. His career includes engineering roles at leading U.S. National Labs and leadership positions with top companies such as AMP Inc., Framatome Connectivity, Areva Transmission & Distribution, and Siemens Energy. Reuter’s expertise spans commercial engineering, business management, and executive leadership in energy generation, transmission, and distribution.