Save on Lost Opportunities and Improve Profitability and Efficiency of Your Building Services with HVAC Software
Building services engineers use HVAC software to speed up installations because it has many automated features that save input time. HVAC software also provides precise and advanced engineering calculations, eliminating the possibility of errors due to manual calculations. HVAC software's automation features help you save time and earn more money by increasing efficiency. The faster you book and finish jobs, the more jobs your company can handle and the more money you can earn. As a result, HVAC software is not only beneficial from an operational and profitability standpoint for industry professionals, but it also provides your employees with the tools and confidence they need to excel on the job.
HVAC software assists businesses in growing and managing their HVAC operations. The technicians can ramp up quickly, increasing customer satisfaction and efficiency. HVAC software from a reputable building services provider, such as ACADS-BSG's CAMEL psychrometric calculator, will assist you in reducing lost opportunities, low profitability, and slow proposal turnaround times.
The
CAMEL psychrometric calculator computes the design heating and cooling loads,
as well as the psychrometric associated with air conditioning plants in
buildings. The program simulates a variety of system types, including constant
volume heating and cooling, variable air volume with and without reheat,
reverse cycle heat pumps, and evaporative coolers. The psychrometric calculator
takes into account overhangs with drop panels and reveals both windows and
walls. The CAMEL psychrometric calculator can model drop panels, balconies,
light wells, and any other type of shading scheme. It can be used to calculate
chiller, AHU, zone and room loads, air quantities and reheat quantities with
and without coil reset and room temperatures.
Other key features of the CAMEL psychrometric calculator
include:
- The computer program performs
an hourly cooling load analysis, taking into account thermal storage on a
design day in each month of the year.
- Specific monthly 3 pm design
dry and wet bulb temperatures are available in CAMEL psychrometric calculator
for over 600 locations in Australia and many other offshore locations.
- Fresh air quantities can be
entered in the psychrometric calculator at room or zone level as I/s/person
with the plant fresh air quantities using the Compartment Formula from
AS1668-1991 for multiple rooms and zones.
- Precalculated U values and
surface densities for a wide range of standard wall and roof constructions are
available in the computer program.
- A comprehensive set of results
by CAMEL psychrometrics calculator includes summary tables of loads and air
quantities, load charts, and tables of check figures.
- The results viewing screen and
printing screen of the CAMEL psychrometrics calculator provides a selection of
various tables, load charts and summaries. The selected output can be passed to
a print file for review before printing.
KOALA psychrometric calculator
KOALA
is another useful psychrometric calculator by ACADS-BSG. This simplified and
simplified version of the CAMEL psychrometric calculator is intended for
use by designers and contractors who are installing air conditioning units in
small commercial and residential buildings. The KOALA
psychrometric calculator does not have as many features as CAMEL, but it
does generate a detailed load chart that details the input and design data used
to create each individual component of a load.
Other
key features of the KOALA psychrometric calculator include:
The
program can analyse buildings in both the Northern and Southern Hemispheres,
and users can enter their own design conditions for locations not provided by
the program.
Graphics
are provided on the screens of the windows, external walls, and roofs to assist
users in double-checking their input data.
U
values for a wide variety of commonly encountered walls and roofs are stored in
the KOALA psychrometric calculator, which is accessible via a drop-down list on
the external screen.
The
leaving coil temperature or by-pass factor entered by the user determines the
air quantity for each zone.
People,
lights, and equipment loads are examples of internal loads in KOALA, which include
both sensible and latent loads.
Templates
are provided to allow for a variety of predefined result selections. The
outcomes of two KOALA runs can also be compared on the screen.
The
KOALA psychrometric calculator tables include summary results for each zone as
well as tables of cooling loads and air quantities for each zone and the sum of
zones.
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