Types of Audits
Green Energy Engineering, Inc. provides a range of energy audits that fits your
needs from no charge / complimentary to comprehensive. The types of audits
and typical prices are as follows.
No charge – find your electric bills, natural gas bills, fuel oil
bills, a description of your facility, and the air conditioned (or heated), square
footage and give us a call for a free five-minute phone assessment of your facility.
$1,000 – one day walk through of facilities in the Tampa Bay, (Florida, USA) area.
Once you are convinced from the free phone assessment, that your facility is consuming
more energy than similar facilities around the country, let us provide you a one-day
walk through of your specific site. Our trained, licensed, and certified Professional
Engineer will personally walk your plant and provide you with a written letter outlining
energy saving ideas. Provide the engineer with three years of fuel invoices
(simply copy the monthly bills) and a plot plan of your facility and he will do
the rest.
$1,000 per day plus expenses – one day walk through of facilities anywhere in the
world.
Once you are convinced from the free phone assessment, that your facility is consuming
more energy than similar facilities around the country, let us provide you a one-day
walk through of your specific site. Our trained, licensed, and certified Professional
Engineer will personally walk your plant and provide you with a written letter outlining
energy saving ideas. Provide the engineer with three years of fuel invoices
(simply copy the monthly bills) and a plot plan of your facility and he will do
the rest.
$5,000 to $25,000 plus expenses - for one week of detailed data gathering at
your facilities anywhere in the world.
This type of energy audit may take an additional two to six weeks to compile the
report, after the one week onsite visit. The report will include historical
energy use and costs along with future projections of the status quo and possible
energy saving options. Energy savings options will be developed to the feasibility
level
and include a capital cost estimate, estimated savings, projected cash
flow, rate of return, payback period, and net present worth. Provide the engineer
with three to five years of fuel invoices (simply copy the monthly bills) and a
plot plan of your facility. While at the site the engineer will need to review
other drawings, equipment specifications, and performance data and make copies of
same. The engineer (or someone on the plant staff) will take photos of specific
equipment and possible construction areas. It is expected that the plant staff
would provide a knowledgeable guide with a master key to allow inspection of all
areas of the facility.
$50,000 - $? plus expenses - for a full investment grade technical energy
audit anywhere in the world.
This energy audit will require several weeks at the plant site and copies of possibly
hundreds of drawings, equipment specifications, and performance data. These
audits require three plus months to perform and will involve several onsite meetings
with the client after the initial data gathering site visit. This audit is
built upon a comprehensive and detailed energy simulation model like Trane Trace
700, DOE-2, EnergyPlus, or BLAST. Five years of monthly purchased energy invoices
are required along with detailed drawings and measurements of your specific facility.
The computer model provides hourly simulation of your energy use and will be calibrated
to provide at least a plus or minus 10% of historical energy use data based on historical
weather data base. Once the model is calibrated and agreed to, Facility Improvement
Measures (FIMs) will be coded and run in the computer simulation. Results
in both a cascaded and un-cascaded format will be provided and reviewed with the
client over a three or more month period. The final report is typically 2,000
pages in length and exceeds an investment quality technical energy analysis.
Facility may include: pulp mills,
chemical plants, oil refineries, manufacturing plants, utility power generators,
industrial facilities, large commercial factories, college campus, government buildings,
schools, high rise buildings, etc.
Feasibility level is defined
as plus or minus 50% cost estimate and expected savings based on historical energy
costs rate increases and a single escalation factor.