COE ER 11-1-10-1982 CORPS OF ENGINEERS ENERGY PROGRAM (CEEP)《美国陆军工兵部队能源计划》.pdf

1、m 3535789 0058075 325 m DAEN-CWO-M DAEN-MPZ-E DAEN-RDD Engineer Regula ti on NO. 11-1-10 DEPARTMENT OF THE ARMY US Army Corps of Engineers Washington, DC 20314 /v“-13+.r ER 11-1-10 15 April 1982 Army Programs CORPS OF ENGINEERS ENERGY PROGRAM (CEEP) Limited supplementation of this regulation is perm

2、itted, but is not required. If supplements are issued, Division Commanders will furnish one copy to CDR, USACE (DAEN-MPZ-E) and COR, USACE (DAEN-ASP-R) WASH DC 20314; District Commanders will furnish required copies to appropriate Division Commander. 1. Pur ose. This regulation sets forth energy man

3、agement policies, Engineers (hereafter referred to as Corps) acti vi ti es to meet es tab1 i shed goals and presents the Corps of Engineers Energy Plan. consolidates all Corps guidance and requirements for energy management and reporting into one document. responsi + bi i ties, procedures, and repor

4、ting requirements for US Army Corps of It further 2. A licabilit This regulation applies to all field operating activities having * ci vi wor s and mi 1 i tary programs. 3. References. a. DOD 5126.46M, Defense Energy Information System (DEIS). b. AR 11-27, Army Energy Program. c. AR 415-15, Military

5、 Construction Army (KA) Program Development. d. Army Energy Plan (AEP). e. Army Facilities Energy Plan (AFEP). f. ER 360-1-1. 4. Policy. a. The Corps will conserve energy to the maximum possible extent, consistent with our mission and sound economic practice. 342 3 Provided by IHSNot for ResaleNo re

6、production or networking permitted without license from IHS-,-,-m 3515789 005807h 2hL = I 4 ER 11-1-10 15 Apr 82 b. All Corps activities will comply with DA policies and directives, including AR 11-27, AR 415-15, the AEP and AFEP. c. Specific goals for Divisions and Laboratories will be issued each

7、year by Engineer Circular. d. Reports to DA, DOD and DOE will be prepared by US Army Facilities Engineering Support Agency (USAFESA) uti1 izing input from applicable reporting elements, reviewed by DAEN-MPO-U, DAEN-CWO, and DAEN-RD and approved by DAEN-MPZ-E . to be provided by DAEN-MPZ-E. Such repo

8、rts wi 11 be prepared in accordance with instructions 5. Responsi bi 1 i ties . a. The Chief of Engineers is responsible for developing and implementing the Army-wide installations and utilities element of the Army Energy Program (AR 11-27). As a MACOM commander, the Chief of Engineers is also respo

9、nsible for overall energy management within the Corps. The Deputy Director for Technology and Engineering, Directorate of Military Programs, OCE, (DAEN-MPZ-E), serves as the principal point of contact for energy programs assigned to the Corps of Engineers. The Director of Research and Development (D

10、AEN-RDZ-A) is responsible for and serves as the POC for all matters dealing with facilities energy research and development for the Army. (1) DAEN-MPO-U is responsible for developing the AFEP and for executing the Armys Energy Conservation Investment Program (ECIP). DAEN-MPO-U is also responsible fo

11、r recommending and executing changes/revisions to the AEP, CEEP and other energy related documents to assure that applicable requirements are met in a clear and efficient manner. (2) DAEN-MPE is responsible for promulgating policy criteria for new construction and setting policy for the Energy Engin

12、eering Analysis Program (EEAP) . b. The Director of Civil Works (DAEN-CWZ-A), and the Director of Research and Development (DAEN-RDZ-A) , are responsible for energy management of field activities under their purview. (1) Corps elements listed in Appendix A are responsible for complying with requirem

13、ents set forth in this regulation and for pursuing other educational programs , and energy efficiency improvements. Corps elements that are tenants will comply with their host organizations energy program. (2) Corps elements will appoint Energy Conservation Officers (ECO) who are responsible for adv

14、ising their Commander/Director on al 1 energy matters, for reviewing policies, SOP, budgets, plans , specifications and contracts to assure economically feasible energy conservation practices are implemented. ECO of elements listed in Appendix A are responsible for monitoring the DEIS, Installation

15、Energy Plans, etc., to assure accuracy and timeliness, and for briefing Commanders at least quarterly on the status and progress toward goals. See the DA Energy Coordinators Handbook for additional guidance. (Copies may be obtained by calling (703) 664-5732.) O 2 0424 Provided by IHSNot for ResaleNo

16、 reproduction or networking permitted without license from IHS-,-,-3515789 0058077 LT8 ER 11-1-10 15 Apr 82 (3) DAEN CWO-E is responsible for developing and promulgating the Corps Energy Emergency Management (contingency ) P1 ans. (4) Corps elements are encouraged to establish and use energy council

17、s or committees. c. Chief, Office of Administrative Services (DAEN-ASZ-A) is responsible for policy and guidance for the mobility portion of this program. d. The Di rector of Research and Deve1 opment (DAEN-RDZ-A) , supported by Construction Engineering Research Laboratory (CERL) , is responsible fo

18、r program formulation, development, budgeting and execution of facil i ties energy research and development (R conducting Energy Conservation Seminars for Army elements; maintaining the CEEP; providing service to Corps elements as requested in accordance with the One-Stop Support Program; operating

19、an Energy Conserva ti on Technical In formati on and Anal ysi s Center (ECT IAC ) ; performing quality assurance actions related to energy; overseeing the Corps DEIS reporting; and submitting quarterly DEIS reports and analyses to Corps elements, DAEN-CWO-My DAEN-MPZ-E, DAEN-MPO-U, and DALO-TSE. f.

20、The Commander, Huntsville Division (HND), is responsible for the central management and technical direction for the Army-wide EEAP. HND also provides technical support for Army purchases of Energy Monitoring and Control Systems (EMCS) y and is the center of competence for the overall design and cons

21、truction effort for the EMCS. 6. (processes and buildings) and vehicles used by Corps elements. Leased buildings/facil ities are those non-Federally owned buildings7falities which the Corps uses and pays for utilities, directly or by reimbursement. Leased vehicles include those obtained from GSA as

22、well as commercial leases.) Goals. The following goals apply to owned and leased facilities (NOTE: a. Cor s Goals. Overall - Reduce total Corps energy consumption by 18 percent + from the 75 level by FY 85, and 35 percent by the year 2000. This is measured in TBtu and includes mobility, building, an

23、d process consumption. (1) Mobility. (a) Reduce energy consumption 10 percent by FY 85 from the FY 75 consumption level and maintain zero growth from the FY 85 level of consumption to the year 2000. 3 $42 5 Provided by IHSNot for ResaleNo reproduction or networking permitted without license from IHS

24、-,-,-= 3535787 0058078 034 H ER 11-1-10 15 Apr 82 c 1 (b) All motor vehicles acquired, by purchase, transfer, loan or lease will achieve the Minimum/Fleet Average Standards set forth in the following tab1 es : Passenger Carrying Vehicles (Sedans and Station Wagons) MILES PER GALLON FISCAL MINIMUM FU

25、EL FLEET AVERAGE YEAR ECONOMY STANDARDS ECONOMY STANDARDS(*) 1981 1982 1983 1984 1985 22.0 24. O 26.0 27.0 27.5 Light Trucks, (8,500 lbs. GVW or less) FLEET AVERAGE FISCAL ECONOMY STANDARDS (*) YEAR 4x2 1981 1982 1983 1984 1985 16.7 18.0 19.5 20.3 21.6 26.0 28.0 30.0 31.0 31.5 FLEET AVERAGE ECONOMY

26、STANDARDS( *) 4x4 15.0 16.0 17.5 18.5 19.0 (2) Buildin s. Reduce energy consumption 20 percent from the FY 75 (total reduction 40%) by the year 2000. The AFEP goal for Corps buildings is .8* TBtu by FY 85. consumption + eve by FY 85 and reduce consumption an additional 20 percent (*) The Fleet Avera

27、ge is determined by dividing the number of vehicles of a given class/model type by the Fuel Consumption Rating, EPA Ratings as issued by GSA, for that class/model type. (*) Subject to change upon completion of the DEIS I reduce the use of natural petroleum fuels in facilities operations 75 percent b

28、y the year 2000. ODevelop the capability to use synthetic or alternate fuels for mobi 1 i ty operations petroleum requirements by the year 2000. OIncreaSe efficiency of nonrenewable energy dependent mobility systems 15 percent. ATTAIN A POSITION OF LEADERSHIP IN THE PURSUIT OF NATIONAL ENERGY OBJECT

29、 I VES ACHIEVE THE ABOVE GOALS WITHOUT DEGRADING THE READINESS OF THE FORCE 7. Installation Energy Plans (IEP). least annually, update their IEP. a. Corps elements listed in Appendix A will prepare, implement, and at Four steps are involved: (1) First Ste Accurately determine baseline data for all e

30、nergy consumption including ci vil works, military programs, and laboratories. Data must be correct and auditable (beginning with FY 75 adjusted and continuing up to the present) and will include: consuming + vehic es and facilities. This determination must include all energy (a) Energy consumed by

31、fuel type (include metered data and method of computation of non-metered process loads for owned and leased consumption) . This computation will be based on process consumption per unit of time or other technical basis that will allow efficiency improvements or retrofit savings to be computed. (b) N

32、9mber of buildings in each size category (under 1000 ft, 1001 to 30,000 ft , or above 30,000) and total square footage in each category for both owned and leased. (2) Second Step. Audit/survey how energy is used, where losses and inefficiencies are and determine how best to minimize or eliminate suc

33、h inefficiencies (see para 8 below). (3) Third Step. Establish plans and programs necessary to implement an operatyon and maintenance program to reduce energy consumption. are mostly no- or low-cost retrofits which can easily be planned and executed through normal administrative procedures and exist

34、ing operations and maintenance programs. The programing for retrofit and new construction must be included in appropriate program and budgeting documents.) (These 6 342 8 Provided by IHSNot for ResaleNo reproduction or networking permitted without license from IHS-,-,-1 . 3515789 0058083 b29 W ER 11

35、-1-10 15 Apr 82 (4) Fourth Ste Annual reassessment of progress toward goals and additiona + p anning and programing as needed to ensure meeting or exceeding goals. Reporting of progress is included in this step. b. The format and required content of IEP is given in Appendix B. c. Corps elements whic

36、h are tenants of other Army activities, e.g., European and Pacific Ocean Divisions, and USAFESA will cooperate with their hosts energy conservation programs and are not required to prepare IEP, unless mobility or other energy consumed is separately reported under DEIS. 8. Energy Engineering Analysis

37、 Program (EEAP). a. The EEAP is used by military installations to contract for audits/ surveys and development of installation wide plans for retrofit programs, new construction and improvements in operation and maintenance required to meet goal s as es tab1 i shed by their MACOM. Analyses incl ude

38、priori ti zed lists of recommended energy conservation projects and energy systems overlays to the installation master plan. The long term objective is to become as energy self-sufficient as practicable within the limits of obtainable resources b. The scope of work for an EEAP is available at most D

39、istricts. If not locally available, DAEN-MPE-E is the proponent and can supply copies upon request. The scope is general as it is intended to be supplemented by detailed scopes of work as required to make it applicable to specific ins tal 1 ati ons . c. The scope of work is an excellent guide for Co

40、rps elements to use to develop their own complete data on energy consumption and distribution systems, and to uti1 ite that data to systematically plan energy conservation action, retrofits, correct wasteful operations, consider renewable energy sources, conversion from gas and oil, etc. d. The scop

41、e of work provides for several increments as follows: (1) Increment A - includes identifying retrofit projects for existing buildings, to include architectural and structural features, HVAC systems, Solar systems, plumbing systems, interior or exterior lighting. (2) Increment B - involves utilities,

42、 energy distribution systems, and energy monitoring and control systems for buildings and distribution systems. (3) Increment C - involves new solar and renewable energy projects for space heating, space cooling, domestic hot water, process heat or combinations thereof (4) Increment D - involves fea

43、sibility studies of new Total Energy (TE) and Sel ec ti ve Energy (SE ) pl ants u ti 1 i zing sol id and/or fuel s supplemented , as feasible, with refuse derived fuels and waste oil fuels. 7 0629 Provided by IHSNot for ResaleNo reproduction or networking permitted without license from IHS-,-,-35157

44、89 0058082 565 ER 11-1-10 15 Apr 82 I (5) Increment E - involves centralizing of base heating plants and/or conversion of plants to solid fuel . (6) Increment F - Develop low cost/no cost measures for the Project Manager and provides information to assist the Project Manager in development of the Pr

45、oject Energy Management Plan. (7) Increment G - develops projects which do not qualify for ECIP under the Energy/Cost (E/C) ratios, but might be funded under other categories. e. An EEAP (or any of FESA-RT-2051 “Energy Audit “Energy Uti1 ization Survey are available upon request Comercial (703) 664-

46、5732. 9. New Construction. New Btu/FtL reduction goal for the increments) can be performed in-house. Pamphlet for Instal 1 ations“ and FESA-RT-2052 Pamphlet for Buildings“ may be used as guides and from ECTIAC at AUTOVON 354-5732; FTS 544-5732 or facilities will be designed to meet the 45 percent ne

47、w construction. (NOTE: Electrical portion of budgets is based on 3413 Btu/kW while the energy conservation measurements uti 1 i ze 11,600 Btu/kW. ) 10. Funding. a. Civil Works elements will fund studies for new projects from Advanced Engineering and Design or Construction General, depending upon the

48、 stage of the project. Costs incurred while making studies on existing projects will be charged to the operation and maintenance (O ATOVON 354-5732 or FTS 544-5732. DEIS reporting (RCS: Copies of the DDES imstructions 12. Public Affairs Plan. a. General . This paragraph sets forth supplemental polic

49、y, objectives , responsim, and guidance for the development, establishment, and execution of public affairs, plans, and programs in support of the AEP and the CEEP. for your use. The Army Energy Awareness Program provides additional guidance b. Policy. (1) The primary public affairs effort will be directed toward the (2) A public affairs program will be developed which is directed toward visi tors to Corps facil i ties and the ci vi 1 ian employees of the Corps. informing the gene