The Best Heat Load and Hydraulic Calculators for Building Engineers that Provide Accurate Calculations and Reduce Installation Costs
Regardless of the piping configurations used by the air conditioning heat load calculator, computer designs are standard practice for modern building services such as air conditioning and fire suppression. Building engineers, inspectors, fire sprinkler engineers, HVAC engineers, and building service engineers use hydraulic calculator software to optimise their designs and improve the efficiency of their installations involving hydrants, hose reels, sprinklers, and ductwork. Building services engineers use hydraulic calculators to optimise piping system networks, pumps, and air conditioning ducts.
Regardless of the piping configurations used by the heat load calculator for air conditioning, design standards typically call for the Hazen-Williams formula to be used to calculate friction losses through the system. Hydraulic calculators for grid systems use the formula to analyse and balance water flow through all possible paths.
ACADS-BSG is the leading
provider of hydraulic calculators used by building engineers and industry
professionals to perform quick and simple hydraulic analyses of ductwork,
channel sizing, and product specifications. Engineers have the freedom to
create their own project specifications thanks to the software. The computer
program allows for quick analysis of several alternative designs and saves
project managers time by avoiding laborious manual calculations that are also
prone to errors. The heat load calculator for air conditioning provides
designers with efficient tools for conducting parametric analyses as well as
evaluating uncertainties associated with input parameters.
- Heat load calculator for air conditioning is used by building service engineers to provide optimal cooling temperature to spaces. It would typically consider the below aspects:
- Transmission load calculation for sensible heat gain through walls, floors, and ceilings.
- Internal loads for heat gains through appliances, equipment, lights, and activities of the people in a space.
- Solar load, which calculates sensible heat gain through transparent building elements, such as windows, and doors.
- The software will also calculate ventilation air load for heat gain from minimum outdoor ventilation air provided in the occupied spaces.
Hydraulic
calculators with a comprehensive range of data checking
ACADS-BSG hydraulic
calculators can calculate any type of pipe network, from trees to complex
grids. DONKEY is an ACADS-BSG hydraulic calculator that is used by engineers in
Australia, New Zealand, and other parts of the world in both the Northern and
Southern hemispheres. DONKEY, the hydraulic calculator, includes pressure loss
data for a wide variety of fittings and balancing dampers. The computer program
includes a variety of material absorption coefficients and transmission loss
values that are easily accessible via a drop down list. The hydraulic
calculator includes a setting for determining the dimensions or velocity of a
duct. DONKEY hydraulic calculator provides comprehensive range and data checking
for all input items in the computer program's dialogue boxes.
Heat
load calculator for air conditioning to provide optimised level of cooling
CAMEL+ heat load calculator
for air conditioning by ACADS-BSG models
a range of system types including constant volume or variable air volume
heating and cooling system, with or without zone reheat, reverse cycle heat
pumps, and direct and indirect evaporative coolers. The computer program
calculates chiller, AHU, zone, and room cooling loads and air quantities, room
heating loads, and reheat quantities with and without coil reset and rom
temperatures. The air conditioning heat load calculator runs an hourly cooling
load analysis, taking into account thermal storage on a design day in each
month of the year. The CAMEL+ heat load calculator for air conditioning
performs a psychrometrics analysis on each AHU, with coil performance expressed
as a bypass factor, leaving coil temperature, or nominated air quantity,
including a fixed air coil bypass system.
To provide with the most
accurate calculations for efficient air conditioning, the heat load calculator
for air conditioning provided by ACADS-BSG should be provided with the below
inputs:
- The climate of the area where the room is located.
- The dimensions of the room requiring air conditioning
- The total area of the space, consisting of ceiling, floor, walls, and external glazing
- The type of construction used in the main building elements, and whether it has been insulated or not.
- The number of occupants in the room, and its usage by the people.
Solar heat gain, outdoor air
heat, heat from electrical and electronic equipment, and heat from building
occupants will all be evaluated by the computer program. The heat
load calculator for air conditioning will estimate the cooling load for
that room based on the above inputs.
Some more popular building
services software provided by ACADS-BSG are:
SPRINK2000
automatic fire sprinkler for hydrant piping analysis.
DOLPHIN for
sizing and pressure drop calculations of duct runs.
PYTHON for
the design of water piping system for air conditioning.
WOMBAT for
sound transmission in and around buildings.
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