S.Amdt. 1044Senate115th Congress (2017-2019)
S.Amdt. 1044
Sponsored by
Sen. Bernard Sanders (I-VT)
Submitted September 13, 2017
Legislative Activity
Stay on top of the latest movement without scrolling through every action
Floor
Latest Action
Senate amendment submitted
September 13, 2017
Text
Submitted
SA 1044. Mr. SANDERS submitted an amendment intended to be proposed by him to the bill H.R. 2810, to authorize appropriations for fiscal year 2018 for military activities of the Department of Defense, for military construction, and for defense activities of the Department of Energy, to prescribe military personnel strengths for such fiscal year, and for other purposes; which was ordered to lie on the table; as follows: At the end of subtitle E of title III, add the following: SEC. _. SECURE ENERGY FOR READINESS AND NATIONAL SECURITY. (a) Findings.--Congress makes the following findings: (1) Secretary of Defense James Mattis testified in writing to the Senate Armed Services Committee in March of this year that ``climate change can be a driver of instability and the Department of Defense must pay attention to potential adverse impacts generated by this phenomenon.'' The Department of Defense must not only prepare for the impacts of climate change, but also implement sustainable energy projects to fight climate change and to enhance force readiness and national security. (2) Department of Defense Directive 4715.21, Climate Change Adaptation and Resilience, states that the Department of Defense must adapt current and future operations to address the impacts of climate change in order to maintain an effective and efficient United States military. (3) According to the U.S. Energy Information Agency, the Department of Defense accounts for more than 75 percent of all energy consumed by the Federal Government, and fully 30 percent of Department of Defense energy costs are related to the operation of military installations. The Energy Independence and Security Act of 2007 included goals to reduce energy intensity in Federal buildings. (4) The Office of the Deputy Assistant Secretary of Defense for Installation Energy has outlined a strategy to-- (A) reduce demand for military installation energy through conservation and efficiency; (B) expand the supply of distributed (on-site) energy for mission assurance; (C) improve the energy grid and storage resilience of installations; and (D) leverage advanced technology for energy resource efficiencies and increased security. (5) The rising costs of fossil fuel derived energy will continue to cause budgetary pressures on the operation of United States military bases. (6) The United States Armed Forces have begun to implement important alternative energy projects and energy efficiency programs. However, the Department of Defense needs to do much more to contain energy costs and improve access to reliable and sustainable energy sources. (7) Efficient lighting reduces energy costs, enables backup power to work more efficiently during disruptions to the electrical grid, and the payback periods are short. These projects enable critical functions to continue longer in a state of electrical emergency. (8) In the face of growing national security and climate crises, the United States Armed Forces require emergency power backup, independent of the power grid, to confront threats from sabotage, cyberattack, terrorism, extreme weather, or mechanical failure. Currently, most bases depend on fossil fuel backup generation, and as was evident during Hurricanes Harvey and Irma, fuel supplies are likely to be interrupted during and immediately after extreme weather events and other emergencies. (9) Our Armed Forces require new and more reliable forms of electric backup, including locally generated solar, wind, or geothermal power with an uninterruptible power supply, available instantly whenever other power sources fail. (10) By reducing energy use, generating electrical energy from both solar photovoltaic panels and wind sources, and storing that energy in state-of-the-art batteries, these projects will enhance the continuity of critically important military functions in times of crisis, including the defense of the homeland. (b) Definitions.--In this section: (1) Distribution electric utility.--The term ``distribution electric utility'' means a distribution utility providing retail electric service. (2) Geothermal heating system.--The term ``geothermal heating system'' means a system that uses the heat from ground water for heating applications. (3) Geothermal power system.--The term ``geothermal power system'' means-- (A) a generator that creates electricity from the heat of ground water; and (B) the accompanying hardware enabling that electricity to flow-- (i) onto the electric grid; or (ii) into an uninterruptible power supply. (4) Higher-efficiency light bulbs.--The term ``higher- efficiency light bulbs'' means light bulbs that are more efficient than bulbs currently installed. (5) Net metering.--The term ``net metering'' refers to a system that allows excess electricity to be sold to a distribution electric utility or transmission electric utility so that the Department of Defense customer may either receive payment or credit on their utility bill. (6) Photovoltaic solar electricity generating array.--The term ``photovoltaic solar electricity generating array'' means-- (A) a generator that creates electricity from light photons; and (B) the accompanying hardware enabling that electricity to flow-- (i) onto the electric grid; or (ii) into an uninterruptible power supply. (7) Transmission electric utility.--The term ``transmission electric utility'' means a transmission electric utility or market purchasing wholesale power from a Department of Defense installation through a capacity or energy market, power purchase agreement, or other means, including sale from a Qualified Facility into a wholesale market under the Public Utility Regulatory Policies Act of 1978 (Public Law 95-617). (8) Uninterruptible power supply.--The term ``uninterruptible power supply'' means-- (A) an uninterruptible power source, uninterruptible power system, continuous power supply, fuel cell, flywheel, or battery backup; or (B) a device which maintains a continuous supply of electric power to connected equipment to provide power when distribution electric utility or transmission electric utility power is more expensive or is not available. (9) Wind turbine.--The term ``wind turbine'' means-- (A) a generator that creates electricity from the kinetic power of wind; and (B) the accompanying hardware enabling that electricity to flow-- (i) onto the electric grid; or (ii) into an uninterruptible power supply. (c) Authority.--The Secretary of Defense shall carry out a program-- (1) to design and build wind turbines, geothermal heating or power systems, and ground or roof mounted fixed-tilt or dual-axis tracked photovoltaic solar electricity generating arrays on Department of Defense installations, the generated power from which shall be used by the military customer on base or stored in uninterruptible power supplies or sold to a transmission electric utility or through net metering for additional revenue to be used by the Department of Defense or utility energy services contractor as defined in part 41 of the Federal Acquisition Regulation; (2) to design and install uninterruptible power supplies to mission critical functions; and (3) to replace mission critical lighting with higher- efficiency bulbs to maximize energy efficiency. (d) Authorized Appropriations.--There is authorized to be appropriated for fiscal year 2018 $176,500,000 for the Secretary of Defense to carry out the program under this section. ______