Hello,
I'm modeling a church that has a ~5000 SF sanctuary with 36' vaulted
ceilings, that has an additional attached two story shell ~24' that holds
offices and two conference rooms on floor one and apartments on floor two,
that attaches to the original sanctuary (now a common room) with 26'
vaulted ceiling and an attached kitchen and a separate two-story shell ~24'
used as classrooms. Both the offices, apartments, and classrooms use
electric baseboard heat, The conference rooms have a 80K BTU gas furnace.
There are two two-stage 80K BTU furnaces which look to be configured to run
as a three stage system. There are no plans, but it is presumed to heat
the ~5,000 sanctuary. All existing ducts, save the sanctuary, are wrapped
with asbestos. There is no cooling.
They want to add solar and are looking to reduce their energy use first.
For all areas except maybe the sanctuary I'm looking to replace them with
ductless mini-splits (VRF) and if it pencils out, the sanctuary, which is
currently ducted in the crawlspace.
I can't figure out how to model the mini-splits in place of the gas
furnaces. Further, since it's not self-evident, will eQUEST model this
correctly?
--
Kind Regards,
Mark Stout, President
HERS I & II, BPI BA, MFBA, RESNET HERS
Lighting & Mechanical Acceptance Testing
CALGreen Inspector/Plans Examiner
Apollo Energies, Inc.
888-614-8338 x101 Office
888-614-8338 Fax
916-240-2850 Cell
www.apolloenergiesinc.com
Follow us on Twitter
LinkedIn
Subscribe to Apollo Energies Daily News
DISCLAIMER: I am not an attorney nor am I an accountant. The information
and/or opinions expressed by myself or my affiliates should not be
considered nor are they intended to provide legal or financial advice to
any individual or entity. The information contained in this email is for
general information purposes only. Any reliance you place on such
information is therefore strictly at your own risk. Apollo Energies Inc.,
urges you to consult with your own legal and/or financial advisers before
taking any further actions based on information provided in this
correspondence.