Strategic Energy Investment Advisory Board
Energy Chick, Maryland Energy Administration, 60 West St., Annapolis, Maryland, May 2014. Photo by Diane F. Evartt.
Maryland has been named a Top Ten State for Energy Efficiency in 2011, 2012, 2013, and 2014 by the American Council for an Energy-Efficient Economy.
In 2014, the U.S. Green Building Council ranked Maryland third in the Top 10 States for LEED, or Leadership in Energy and Environmental Design.
The Maryland Energy Administration is the chief energy authority in the State. It coordinates and oversees State and local programs, and develops programs to reduce energy consumption, while increasing renewable energy production. The Administration works to maximize energy efficiency in Maryland, reduce reliance on foreign fuel, and improve the environment. The Administration also coordinates and directs energy planning for State agencies, and helps local governments implement programs to reduce energy consumption. In addition, the Administration helps Maryland businesses become more competitive by introducing new technologies and developing strategies for emerging competitive energy markets.
Maryland Energy Administration, 60 West St., Annapolis, Maryland, May 2014. Photo by Diane F. Evartt.
Within the Department on Natural Resources, the Power Plant Assessment Division is responsible for evaluating and minimizing the environmental effects of power plants without imposing unreasonable costs on the production of electricity. The Division conducts environmental research, and monitoring, and assessments. For the protection of the environment it makes recommendations to the Public Service Commission and other regulatory agencies related to the design, construction, and operation of power plants. The Division also helps select sites for dredged materials, and monitors the environmental impact of these sites (Code Natural Resources Article, secs. 3-301 through 3-307). The Division is aided by the Power Plant Research Advisory Committee.
ENERGY PRODUCTION
Energy guidelines in Maryland require 20% of the State's consumed energy to come from "renewable" sources by 2022. Although Maryland already has reached that benchmark, almost all renewable energy consumed in the State is imported. Numerous programs have been proposed to change this, including the federal Renewable Energy Framework of 2009, which allows states to form task forces to participate in the planning process for offshore energy leasing (Code of Federal Regulations, Title 30, part 285).
COAL
Approximately 44.4% of all energy produced in Maryland comes from coal. Since coal is found in state, Maryland benefits greatly when local plants purchase local coal. In 2013, 21 coal mines operated in Maryland, nearly all in Allegany and Garrett counties.
NUCLEAR
Calvert Cliffs is the only nuclear power plant in Maryland, and is located in Calvert County. Although fourth in generating capacity, nuclear energy is second in actual energy production in Maryland, behind coal. Nuclear power accounts for 40% of all energy produced in the State.
SOLAR
Project Sunburst is a program administered by the Maryland Energy Administration. The program was responsible for the dispursement of federal funds awarded through the American Reinvestment and Recovery Act of 2009 (ARRA).
On March 28, 2011, the University of Maryland Eastern Shore, activated a solar energy facility covering 17 acres, the largest solar farm currently in Maryland. The farm was constructed in cooperation with SunEdison, which will be responsible for its operation. Designed to last for approximately 20 years, the farm will produce enough energy to completely power more than 300 homes each year.
WIND
Wind power is little harnessed in Maryland. Although some private mills have been constructed, as well as a number of commercial farms, wind equates to less than 1% of the State’s energy production. While multiple projects are under development in public and private sectors, numerous setbacks have led to extensive costs and delays. Obstructions include federal and infrastructure restrictions, as well as dispute over the true value these farms can produce as opposed to cost and inconsistency of the resource.
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