![]() ĮNERGY-RESOURCE $ Million-Joules x 946.82 = BTU $ RESOURCE = FUEL-OIL-2 UNIT-NAME = GALLONS DEM-UNIT-NAME = GALLS/HR RESOURCE = DISTRICT-CHW UNIT-NAME = K-LBS DEM-UNIT-NAME = K-LBS/HR ĮNERGY-RESOURCE $ EWT = 42, LWT = 54, 12 btu/lb $ RESOURCE = DISTRICT-CHW UNIT-NAME = K-GALLS DEM-UNIT-NAME = K=GALLS/HR ĮNERGY-RESOURCE $ EWT = 42, LWT = 54, 100 btu/gal $ RESOURCE = DISTRICT-CHW UNIT-NAME = TON-HR DEM-UNIT-NAME = TONS RESOURCE = DISTRICT-STEAM UNIT-NAME = K-LBS DEM-UNIT-NAME = K-LBS/HR ![]() RESOURCE = DISTRICT-STEAM UNIT-NAME = MBTU DEM-UNIT-NAME = MBTU/HRĮNERGY-RESOURCE $ EST = 220, LWT = 210, 975 btu/lb $ RESOURCE = DISTRICT-HTHW UNIT-NAME = K-LBS DEM-UNIT-NAME = K-LBS/HR RESOURCE = DISTRICT-HTHW UNIT-NAME = K-GALLS DEM-UNIT-NAME = K-GALLS/HR RESOURCE = DISTRICT-HTHW UNIT-NAME = MBTU DEM-UNIT-NAME = MBTU/HR RESOURCE = NATURAL-GAS UNIT-NAME = K-CUFT DEM-UNIT-NAME = K-CUFT/HR RESOURCE = NATURAL-GAS UNIT-NAME = THERM DEM-UNIT-NAME = THERMS/HR RESOURCE = ELECTRICITY UNIT-NAME = KWH DEM-UNIT-NAME = KW inp files of several types of buildings that can be modified and simplified into case studies for teaching and learning.īuilding Energy Performance Analysis Notes (BEPAN)īelow is a DOE21E template for Energy Resources They would later switch to the interface (this would be eQUEST if nothing else is available) when turning out building projects. enable students to learn the direct use of DOE21E quickly. I have created templates of BDL for different systems, plant, load-management, utilities, etc. ĭirect use of the BDL with constant reference to the manuals, is still important for learning and understanding the program. Įxample: The photo-voltaic (PV panels) performance for the Chicago Center for Green Technology was also obtained from DOE21E hourly variables and applying the manufacturers claim of percent converted 110V electricity. 13 ? Project ? Condensate-Water Recovery. ![]() ![]() Go to I have transferred the hourly FORTRAN variable output from DOE21E to Excel for further analysis of specific projects.Įxample: condensate from systems cooling coils for a building in Dubai to be used for irrigation. All this data could be organized, formatted and saved in an Excel type files that can read by other programs. The BDL input data is read into FORTRAN variables and so also are the output report variables. Hourly results of all the FORTRAN variables from each module are available for print out by the program. The intermediate results between Loads, Systems, Plant & Economics modules are saved in intermediate temporary files for use by the next module. Instead freeze the existing code since it is error-free and make it possible to add/attach independent programs to it. If the DOE21E program and the source code are made open source, then graduate research students could try out new ideas. Please also read ?Accuracy Requirement of Energy Analysis Programs? also in Article 3. My suggestions for expanding and improving DOE21E are expressed in Article 3 ?Building Design and Energy Analysis Programs?. The APEC HCC-V program was written in 1966 (a forms input interface was added 20 years ago) is still a very practical & useful program. Programs like DOE21E are still valid for over 90% of building projects. ? Not EnergyPlus The development of DOE21E and EnergyPlus was/is done with tax dollars. ![]() Almost all architects & engineers working on real buildings have switched from DOE21E to eQUEST, TRACE, HAP, etc. There seems to be no future to any of the DOE2 based programs including the weather processors (cannot convert NCDC weather files to location.bin). Here are the instructions for running 32-bit programs in the XP-Mode on computers with 64-bit Windows 7 (versions Professional, Enterprise & Ultimate only)ĭOE21E was the only program that gave me a problem. ![]()
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