What is Transmission and Distribution? Electric power transmission and distribution is the bulk transfer of electrical energy from the electric power generation plants to substations that are located near the population centers or "load centers" that are the consumers of the electric power. Electric power transmission voltage and wiring is very different from the "distribution" wiring and voltage. Electric power transmission may be as high as 768 kV whereas the electricity distribution within the load centers may be at 144 kVa. What is Energy Resource Planning? The purpose of Energy Resource Planning (ERP)seeks to utilize and integrate the requisite analytical concepts and tools necessary to approach the problems of planning for an adequate energy supply and demand balance at the local, regional and national levels. With a greater focus on reducing and eliminating greenhouse gas emissions, there is an increasing emphasis on "Carbon Free Energy" and "Pollution Free Power." Renewable energy resources and renewable energy technologies are viewed as the preferred path forward for providing for energy supply and demand in conjunction with Demand Side Management. ________________________________________________________________________________________________________________________________________
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_______________________________________________________________________ High
Voltage Direct Current What
are the Advantages of "High Voltage Direct Current" Transmission Lines
over standard AC Power Lines? High Voltage Direct Current, or "HVDC" power lines has the ability to transmit large amounts of power over long distances with lower capital costs and much lower electrical losses than typical AC power lines. Depending on the voltage level and construction details, losses for HVDC are about 3% per 1000 km. High-voltage
direct current transmission allows use of energy sources remote from load
centers. Examples
where HVDC is more effective, and efficient, than AC power lines, include the
following: * Endpoint-to-endpoint long-haul bulk power transmission without intermediate 'taps.' * Increasing the capacity of an existing power grid in situations where additional wires are difficult or expensive to install. *
Allowing power transmission between unsynchronized AC distribution systems. * Reducing line cost since HVDC transmission requires fewer conductors (i.e. 2 conductors; one is positive another is negative). *
Long undersea cables have a high capacitance. While this has minimal effect for
DC transmission, the current required to charge and discharge the capacitance of
the cable causes additional I2R power losses when the cable is carrying AC. In
addition, AC power is lost to dielectric losses. The
required static inverters are expensive and have limited overload capacity. At
smaller transmission distances the losses in the static inverters may be bigger
than in an AC transmission line. The cost of the inverters may not be offset by
reductions in line construction cost and lower line loss.
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