To keep prices competitive, Washington diversifies its energy portfolio. The greatest contributor is hydroelectric power, which generates close to 7,700 gigawatts per hour (GWh) annually. Other significant sources of electricity are nuclear (812 GWh), natural gas (290 GWh) and coal (192 GWh). Renewables, which account for 912 GWh, include wind, solar and geothermal. As a result, the state offers electricity at a 35 percent discount from the national average.
The takeaway here is simple. As is the case in Washington and Iceland, if a state or country has an abundance of natural resources, it should take advantage of them to drive down the price of a kWh to attract businesses. Diversification is especially essential where possible. Without businesses and industries paying to draw power from the electrical grid, the local economy stagnates.
A CLEC is a local exchange carrier providing local telephone service in competition with the incumbent local exchange carrier (ILEC). Midcontinent Communications is an example of a CLEC serving South Dakota customers. See a complete list of CLEC companies (124 KB). Some companies, such as Qwest, Midstate Communications and Knology, can be both a CLEC and an ILEC (see above) in different service areas.
As of April 2014, 16 U.S. states and the District of Columbia have deregulated electricity markets. Along with aforementioned Maryland and Texas, electricity deregulation is current in Connecticut, Delaware, Illinois, Maine, Massachusetts, Michigan, Montana, New Hampshire, New Jersey, New York, Ohio, Oregon, Pennsylvania, and Rhode Island. Seven additional U.S. states began the process of electricity deregulation but have suspended efforts: Arizona, Arkansas, California, Nevada, New Mexico, Virginia, and Wyoming.
TDSPs or EDUs are the companies and people who own and maintain utility poles and power lines. They are the ones that you call when your power goes out. These utility companies are responsible for the physical delivery of electricity to your home or business. Before deregulation, everyone was required to buy their electricity from their local utility company. With deregulation, the supply of electricity was opened to competition while the delivery of electricity continues to be regulated by the state’s public utility commission.
Ultimately, the main difference between an electricity provider and an electric utility comes down to what they service and how. Electricity providers deal with purchasing and marketing electricity to customers. Electric utilities handle the poles and wires that service your home. Separating these roles means customers can shop for a competitive electricity rate and still receive reliable electric service.
Even though customers in deregulated cities routinely pay more for electricity, there is a bright spot. The gap between the average price paid for electricity between deregulated cities like Houston and regulated cities like San Antonio have dwindled to the narrowest point ever to 8.8 percent. Back in 2006, customers in deregulated cities were paying nearly 47 percent more for electricity than their counterparts in regulated cities.
When you use our rate comparison process, providers know that they are competing to win your business. Consequently, they offer cheap electric rates in hopes of becoming your new Texas electricity company. This benefits both you and the provider you select. You receive a cheap electric rate and the plan of your choice, and the provider adds another satisfied customer.
Just Energy’s style of Contract Summaries doesn’t make it easy to parse out exact details, leaving blank spaces where rate and term length info should appear. On the third page, you’ll find densely typed Terms and Conditions that confusingly conflate Just Energy’s natural gas and electricity plans. It’s heavy on the legalese but light on the data that you’ll want to nail down before making a purchasing decision, like rate. We couldn’t get a clear price or explanation on what happens after commitment without enrolling in a plan.
Technology also provides a long-term answer, even if it contributes to the problem in the short-term, as described earlier. As renewable power and storage technologies become cheaper and more efficient they will gradually allow for the implementation of cheaper mini-grids and smart grids, increasingly within the reach of the really poor, even in urban areas. Perhaps, grids will one day become marketplaces allowing people to sell excess power from their solar installations to those who have a need for power at that time. Prices can be set dynamically to allow supply to match demand.