Software for building service designers provides them with the ability to complete projects in shorter times with greater efficiency and accuracy. Because everyone working on the project has access to the same and accurate piece of information, building engineers can install building services such as fire hydrant, duct, and air conditioning systems faster and improve workflow across teams. Building services software provides simulated views of the proposed service's installation, giving the engineer a clear view of any flaws in their installation or design conflicts. Building services software uses advanced features such as AutoCAD, which not only facilitates building engineers' planning but also assists them in implementing cost-effective and sustainable solutions. Building service designers can use software to perform advanced engineering calculations accurately and improve facility management. Building engineers can use the software to optimise the performance of building services and increase their return on investment. In this section, we will go over some of the most popular building services software used by building vendors and contractors in Australia, New Zealand, and other parts of the world. SPRINK2000 fire hydrant software This fire hydrant software from ACADS-BSG, the leading provider of software for building service designers, can be used to analyse automatic fire sprinkler systems with a simple end, side, or centre-fed configuration. The system is intended solely for use in North America. With a given network size, the fire hydrant software can perform a full hydraulic analysis, determining the water flow in and pressure drop through each pipe in the entered network while accounting for all fittings entered by the user. Other key features of SPRINK2000 fire hydrant software
HYENA+ automatic fire hydrant software The HYENA+ fire hydrant software can be used to easily calculate, design, size, and refine fire protection systems. The cloud-based fire hydrant software is accessible from any location and on any device. It can be used to perform fire sprinkler system analysis in accordance with the specifications of NFPA, NZ4541, AS2118, and SSPC52. All data is entered through a series of simple screens with numerous useful features such as drop-down lists, selection lists, and sort options. Other salient features and technical details of HYENA+ fire hydrant software
ACADS-BSG also provides useful building services software such as CAMEL for building air conditioning load analysis and psychrometrics, DOLPHIN for duct run sizing and pressure drop calculations, PYTHON for the design of water piping systems for air conditioning, WOMBAT for sound transmission in and around buildings, and many more.
0 Comments
Operational efficiency is crucial for the success of any building project. Building services software is an important tool used by building engineers, independent contractors, builders, and remodellers to improve the efficiency of their projects. It improves team collaboration by providing everyone involved in the execution of a project with seamless access to the software’s versatile features. The software has many automation tools that speed up project execution, and thus save on the overall cost of the project. A building services software aligns all the resources and tools, allowing quicker access to these features across an organisation. It assists managers in adopting a systematic approach to the project, and ensures that everything goes as planned. A web-based building services software also helps in improving the profitability of a project by increasing estimate accuracy. The software can perform advanced engineering calculations faster and more accurately, saving valuable time for project engineers. Moreover, building services software, such as psychrometrics calculator and hydraulic calculator, by leading building services software provider company ACADS-BSG, are designed to meet the requirements of the building codes of Australia, New Zealand, and other regions of the Northern and Sothern Hemisphere. Here, we have described key features of some of the most widely used building services software by ACADS-BSG. CAMEL psychrometrics calculator The psychrometrics calculator CAMEL by ACADS-BSG calculates the design heating and cooling loads, and associated psychrometrics for air conditioning plants in buildings. The computer program models a range of system types, constant volume heating and cooling, VAV with and without reheat, reverse cycle heat pumps, and evaporative coolers. The program caters to overhangs complete with drop panels, and reveals both on windows and walls. Technical details of CAMEL psychrometrics calculator
DOLPHIN hydraulic calculator The computer program DOLPHIN calculates the pressure loss for a series of ducts and fittings, enabling a user to determine the required fan pressure for a duct network. For each duct entered, the fittings are selected, and the hydraulic calculator calculates the pressure loss in each length of the duct and each fitting. Supply ducts and fittings are entered on one screen of the DOLPHIN hydraulic calculator, while the return ducts are entered on a second screen. The computer program can also size selected ducts using an entered pressure drop/meter in DOLPHIN hydraulic calculator. Key features of DOLPHIN hydraulic calculator
Other popular building services software provided by ACADS-BSG include HYENA+ automatic fire sprinkler, PYTHON for designing of water piping system for air conditioning, WOMBAT for sound transmission in and around a building, DONKEY for sizing, acoustical analysis, and costing of ductwork systems. A properly designed, installed, operated, and maintained fire hydrant system is critical for minimising the loss of life and property due to sudden fires. The design and building services industry must consider client needs for fire suppression systems, as well as structural and architectural elements, as well as a building's sustainability needs. Effective fire suppression is a multifaceted challenge that demands expertise, knowledge of fluid dynamics, and understanding of the fire mechanism. Building service engineers use ductwork system programs and fire hydrant software to ensure the smooth operation of a building's firefighting system, as well as its efficient planning and operation. The software includes comprehensive tools and reports to help building engineers perform advanced engineering calculations with greater accuracy. Simulation enables them to test multiple ductwork and fire hydrant layouts without actually installing them, and then select the best one that meets the needs of a project. Cloud-based ductwork system programs and fire hydrant software allow multiple users to access its features, make changes to installations, and work collaboratively because they are all on the same page when making decisions based on the same piece of information. Key features of some of the most popular ductwork system programs and fire hydrant software used by building services engineers in Australia, New Zealand, and other Northern and Southern Hemisphere regions are described here. DOLPHIN ductwork system program DOLPHIN computer program by the trusted and leading building services software provider company ACADS-BSG calculates the pressure loss of a series of ducts and fittings, enabling the user to determine the required fan pressure for a duct network. The user enters the ducts starting from the fan and working down towards a selected terminal. Supply ducts and fittings are entered on one screen, and returned ducts are entered on a second screen. Technical details of DOLPHIN ductwork system program
SPRINK2000 fire hydrant software SPRINK2000 fire hydrant software by ACADS-BSG can be used to analyse automatic fire sprinkler systems with a simple end, side or center-fed configuration, or more complicated looped and gridded systems. The computer program can be used to analyse the fire hydrant and hose reel installations, or combined sprinkler, hydrant or hose reel systems, or any other system where the discharges can be represented by a K factor and minimum flow. Other key features of SPRINK2000 fire hydrant software
In addition to the ductwork system programs and fire hydrant software mentioned above, ACACDS-BSG has developed a variety of other building services software to meet the needs of large, small, and multi-site projects. These include CAMEL for building air conditioning load analysis and psychrometrics, DONKEY for ductwork system sizing, acoustical analysis, and costing, PYTHON for air conditioning water piping system design, LLAMA for commercial building lift design, and many more. The software is designed to increase the efficiency of your building service installations while optimising the costs. Building owners are increasingly interested in data that provides a clear picture of their facilities' operations, equipment, and efficiency prospects. For many, installing building service software is the first step toward achieving this goal. Building service software is critical because it allows for computerized centralized regulation of energy consumption systems such as the electrical system, plumbing, fire alarm system, HVAC, electric power control, and lighting control. The software helps in the speedy installation of building services as well as the overall efficiency of the contractors' work. As energy efficiency becomes a higher priority for building owners, building service software is a vital component of both new construction and retrofit projects. It enables you to concentrate on results that are actionable and straightforward. The following are some of the advantages of building service software:
Building service software includes air conditioning load estimation, hydraulic calculations, ducting design, and other services. The following are some of the most widely used and trusted building service software, such as ductwork software and air conditioning load estimation, that are widely used and trusted by construction engineers in Australia, New Zealand, and other parts of the Northern and Southern Hemispheres. DONKEY ductwork software DONKEY ductwork software by ACADS-BSG performs a thorough acoustic study and calculates amounts for costing purposes. In AutoCAD, DONKEY ductwork software employs a series of add-on menus. To determine sounds and duct size, it uses parameters such as air volume, duct insulation, sizing method, fan type, and more. Key features of DONKEY ductwork software
Benefits of DONKEY ductwork software
CAMEL air conditioning load estimation and psychrometrics CAMEL is one of the most popular air conditioning load calculation programs offered by ACADS-BSG. It helps in the calculation of design heating and cooling loads, as well as the psychrometrics associated with air conditioning systems in buildings. These calculations are based on the AIRAH/IHRACE Application Manual DA9 "Air Conditioning Systems, Load Estimation &Psychrometrics," which incorporates cooling load estimation techniques and refines and extends Carrier International Corporation's data. The computer program is popular in both the southern and northern hemispheres, as well as Australia, New Zealand, and Southeast Asia. Benefits of CAMEL air conditioning load estimation and psychrometrics
ACADS-BSG building service software also offers DOLPHIN duct and fitting pressure loss calculation, KOALA for simplified building air conditioning load estimation, LLAMA for lift design for commercial buildings, PYTHON for water piping system for air conditioning, and more other software that are useful to building contractors. Building owners are increasingly looking for data to acquire a thorough understanding of their properties' equipment, facilities, operations, and efficiency prospects. For many builders, installing a building management system is always a top priority. Hydraulic design is one such piece of software that has been widely utilised by building engineers to analyse the network of pipes, valves, pumps, tanks, and boreholes during any construction project. The software performs well in a variety of activities necessary for the correct distribution and transmission of the water and fluid system, such as cost analysis, facility design, fire flow, and water quality. Construction professionals can use hydraulic design software to perform a quick and precise hydraulic study on their projects. The software provides an easy-to-use, intuitive design with clear and simple procedures for receiving accurate engineering computations. When it comes to advanced software for building services designers, ACADS-BSG is a one-stop shop for all of your requirements. It is one of the top providers of computer tools used to design and test building services (air conditioning, fire protection, electrical, and so on) for both new and existing buildings. SPRINK2000 The ACADS-BSG includes SPRINK-2000 fire hydrant software, which can analyse automatic fire sprinkler systems with simple end, side, or centre layouts as well as more complex looping and gridded systems. It is tailored specifically for North America. With a specific network size, the programme can perform a thorough hydraulic study, calculating the water flow in and pressure drop through each pipe in the network while taking into account all fittings entered by the user. The primary features of SPRINK2000:-
Air Conditioning CAMEL Load Estimation and Psychrometrics Calculator The Psychrometrics Calculator is intended for estimating the design heating and cooling loads, as well as associated psychrometrics available for building air conditioning systems. It is intended for use in both the Southern and Northern Hemispheres. Over 250 organisations in New Zealand, South East Asia, and Australia have licenced the programme through ACADS-BSG. CAMEL computer program supports a different range of system types including:
Key features of CAMEL cooling load calculator:
Apart from SPINK2000 and CAMEL software, ACADS-BSG also provides other software for building services such as DOLPHIN, which is used for sizing and pressure drop calculation of the duct run. LLAMA is used for lifting the commercial building design. PHYTHON software can be used for designing of water piping system for air conditioning. DONKEY building software efficiently works for sizing, acoustical analysis and costing of ductwork systems, and more. ACADS-BSG professionals design all hydraulic design software, cooling load calculators, and other building service software with their combined technical knowledge and product-based software solution to maximise the return on investment in building services software. A fire hydrant is an active fire protection feature that assists firefighters in fighting a fire quickly and effectively. Building engineers can use fire hydrant software to model the optimal design for controlling fire in an emergency. It assists building contractors in the right design, installation, operation, and maintenance of fire hydrants and fire alarms, which reduces losses to life and property due to uninvited fire. Plans for installing starting devices such as heat detectors, smoke detectors, flame detectors, and automated suppression systems will also be covered by the software. As the software is built by industry specialists that have considerable expertise in cooling load calculator, duct software comes packed with features that totally automate many operations, properly executes complicated engineering calculations, and provides 3D modelling of the duct and hydrant systems. Leading building services software supplier companies, such as ACADS-BSG, provide an all-in-one solution to design the most efficient HVAC systems with broad 3D capabilities, architecture layout, hydraulic preparation, piping layout, automated reports, and technical support. Here, we have described some of the most popular building services software by ACADS-BSG. DOLPHIN duct software The ACADS-BSG DOLPHIN duct and fitting pressure loss calculation software analyses the pressure loss of a sequence of ducts and fittings, allowing the user to calculate the needed fan pressure for a ducting system. The fittings are picked for each duct entered into the DOLPHIN ductwork software, and the computer programme calculates the pressure loss in each length of the duct and fitting. Technical details of DOLPHIN duct software:
SPRINK2000 fire hydrant software The ACADS-BSG computer program SPRINK2000 can be used to analyse automatic fire sprinkler systems with a simple end, side or centre-fed configurations, or more complicated looped and gridded systems. The computer program is specifically designed for use in North America. The fire hydrant software can be used to analyse fire hydrant and hose reel installations, or combined sprinkler, hydrant, and/or hose reel systems, or any other system where the discharges can be represented by a K-factor, and minimum flow. Key specifications of SPRINK2000 fire hydrant software
CAMEL cooling load calculator The cooling load calculator calculates the design heating and cooling loads, and associated psychrometrics for air conditioning in buildings. The computer program CAMEL models a range of system types including constant volume heating and cooling, VAV with or without reheat, reverse cycle heat pumps, and evaporative coolers. Main features of CAMEL cooling load calculator
Other building services software provided by ACADS-BSG include DONKEY for sizing, acoustical analysis and costing of ductwork systems, PYTHON for the design of water piping system for air-conditioning, LLAMA for lift design for commercial buildings, WOMBAT for sound transmission in and around buildings, and many more. Building service engineers use HVAC software to improve and accelerate the efficiency of their HVAC system installations. HVAC software includes a plethora of automation features that help building contractors in becoming more productive and efficient in their work. HVAC software supports 3D simulation, which is a very useful feature that building vendors can use to test different installations and select the best one without incurring installation and reinstallation costs. HVAC software can assist building managers in installing the best air conditioning system that will not only keep the occupants comfortable by optimising the room temperature based on weather conditions and the materials used in building construction, but will also keep the building energy-efficient and cost-efficient. Any building services provider must be able to complete tasks quickly and accurately. HVAC software enables business engineers to be more efficient in their installations. In this section, we will go over some of the key features of the leading HVAC software used by building engineers in Australia, New Zealand, and a variety of other offshore locations. CAMEL air conditioning load calculator The CAMEL HVAC software from ACADS-BSG, a leading building services software provider, calculates the design heating and cooling loads, as well as the associated psychrometrics for air conditioning plants in buildings. The air conditioning load calculator takes into account overhangs, drop panels, and reveals on both windows and walls. The HVAC software computes chiller, AHU, zone, and room loads and air quantities, as well as boiler, zone, and room heating loads, with and without coil reset, and room temperatures. Technical features of CAMEL air conditioning load calculator
KOALA for air conditioning load estimation The KOALA HVAC software is a simplified version of the CAMEL air conditioning load calculator that can be used to estimate air conditioning loads in small residential and commercial buildings. A load chart for up to ten zones in a building is generated by the HVAC software. The KOALA air conditioning load calculator does not have the extensive capabilities of the CAMEL HVAC software, but it does generate a detailed chart that details the input data and design data used to produce each individual component of the load. Key features of KOALA air conditioning load calculator
HYENA+ automatic fire sprinkler or hydrant piping analysis, DOLPHIN for sizing and pressure drop calculations of duct runs, PYTHON for designing water piping system for air conditioning, LLAMA for lift design for commercial buildings, and many more are examples of cloud-based building services software provided by ACADS-BSG that you can access on any device and from anywhere to improve and speed up your building services. The ducts are an essential component of your building's central HVAC system, providing more opportunities to improve energy efficiency, comfort, and, as a result, manage your electric bills. Many studies have shown that leaky ducts waste 10-30% of HVAC air, as well as the money spent to heat or cool your indoor air. Precisely sized, sealed, and installed ductwork significantly improves the efficiency of heating and cooling units. However, power outages are not the only issue to be concerned about. Duct units ensure the comfort of the building's occupants as well as the quality of the indoor air. Testing the building ducts will assist you in locating damage or leaks so that you can focus on repairing them as soon as possible. An optimally functioning HVAC system reduces overall power consumption – especially during the summer, when air conditioners work harder, putting strain on the electric system – and provides cleaner air and greater comfort in every room. Your duct system In most small commercial and residential central HVAC units, conditioned air is delivered to each room in the building via supply ducts and returned to the air conditioner or furnace via return ducts. The condition of both sections of ductwork is critical to the overall efficiency of your HVAC system. What can possibly go wrong? Air vents through defectively connected or deteriorated ducts in some properties frequently result in little conditioned air reaching your work or living space, leaving the space either too cold or too warm. If the return-duct system is leaking, stale and polluted air may be drawn in and distributed throughout the building. The air could be coming from a crawl space, an attic, or combustion air from a clothes dryer, a gas furnace, a water heater, or a stove. If the supply duct leaks, the building may become depressurized, and air from outside may be drawn into the duct system and distributed throughout the structure. In either case, the indoor air quality may suffer. How do you know if your duct system is working well? A ductwork test using duct pressure drop calculator software, such as the DOLPHIN ductwork system program, is the most dependable and cost-effective way to find out. Ductwork testing is the process of using a calibrated mechanical solution to measure the amount of airflow lost through the duct system, particularly when it reaches normal operating pressure. When certain seams or joints have only leaks, the adjacent sections may as well be disconnected. Ductwork testing indicates the relative leakiness of the system, helping you in determining whether the duct should be sealed, renovated, or repaired. When should you test your ductwork? When installing a new HVAC unit, ductwork testing is recommended. If the existing duct unit is inefficient or leaky before a new unit is installed, it will remain so after the new unit is installed – unless the ductworks are thoroughly tested and sealed by an experienced professional. It makes no sense to install a brand new, energy-efficient HVAC unit unless the duct unit is also energy efficient. When performing a diagnostic tune-up on an HVAC unit, it is strongly recommended that you test your ductwork. A diagnostic tune-up improves the operating efficiency of the HVAC unit, but the overall efficiency will be less than 'ample' if the duct system is in poor condition. A ductwork system program is required to identify potential repairs, renovations, or leaks. The testing can be done at any time, regardless of whether a new energy efficiency tool is being installed. It is not uncommon to discover that repair, renovation, or sealing are required to supplement an all-inclusive HVAC installation process. DOLPHIN duct and fitting pressure loss calculation – what about it? This is a computer program developed and designed by ACADS-BSG to aid in the development of service designers. DOLPHIN – the duct and fitting pressure loss calculator estimates the pressure loss of a set of ducts and fittings, allowing you to determine the fan pressure required for your duct network. You enter the ducts by starting at the fan and working your way down to a specific terminal. The fittings for each duct that has entered have been selected, and the DOLPHIN program has estimated the pressure loss in each length of duct and each fitting. Supply ducts and fittings are displayed on a single screen, while return ducts are displayed on two screens. This program could as well size selected ducts with the use of an entered Pressured drop or meter. Every month of the year, this program performs an hourly cooling load evaluation with thermal storage on a design day. DOLPHIN is also capable of calculating the heating load for each AHU. Furthermore, if you are looking for a computer program that can perform a psychometric analysis for each AHU with coil performance indicated as a by-pass factor, DOLPHIN is an excellent choice. To learn more, visit ACADS-BSG now. If you want to buy a new air conditioner for your building, you should consider the following factors before spending money: brand, type of air conditioner, and price. You may be unaware that the size of the air conditioner is also an important factor in the cooling process. The size of an ideal system ensures energy efficiency as well as optimal levels of comfort. Rather than attempting to navigate the process alone, you should collaborate with a professional such as ACADS-BSG to estimate the air conditioning load for your building. What difference does it make if the AC unit is larger than the size of the building? ‘An oversized air conditioning unit might not cause any issue’ – that’s what most homeowners think. According to the common perception, a larger unit means more power and better service, right? Well, wrong! If the central air conditioner in a building is larger for the construction, it will cause inefficiency and many other associated problems, such as –
What difference does it make if your air conditioner is too small? An air conditioner that is too small for the structure is just as inefficient as one that is too large; however, the symptoms are always different. In contrast to a larger air conditioner's short cycling, an undersized system has an extremely long air conditioning cycle. The general rule is that if the system runs for more than 30 minutes at a time, it is too long. An insufficiently sized air conditioner runs incessantly, spending the majority of its time trying to meet cooling requirements rather than maintaining a cool temperature. Because your air conditioner must run continuously, it is more prone to breakdowns and requires constant maintenance to ensure optimal performance. The higher the run, the more prone to early breakdowns it becomes. Your cooling system has a shorter lifespan because it is constantly overburdened trying to cool a space that is already too large. The ideal size air conditioner A properly sized air conditioning system cycles through the necessary number of cycles to keep your building comfortable without consuming excessive power. It would also maintain efficiency by keeping the energy bill manageable and allowing the indoor temperature to remain consistent. The proper loan estimation is a critical step in purchasing a new air conditioning system – it can make or break the entire system. What is air conditioning load estimation for a small building? An air conditioner load estimation is a mathematical process that measures many aspects of a property to determine the appropriate system size, style, and application. The goal is to improve energy efficiency while also increasing building comfort. Load estimations or calculations have long been maintained; however, with the most recent technology, the process of completing this step has become faster and more consistent. Air conditioner load estimation checks different specific areas to determine the right-sized system including:
As you can see, there are many factors that go into successfully completing an HVAC load calculation. Why is having an air conditioner load estimation software so critical? Just as there are numerous elements that go into successfully AC load calculations, here’re the reasons why it’s so important in the first place:
ACADS-BSG is a pioneer in the creation and support of software for Building Services designers. They have long provided building services designers with computer programs that accommodate overhands, complete with drop panels and shows on both walls and windows. For example – ACADS-BSG’s CAMEL air-conditioning load estimation system can model shading from the adjacent buildings and also on roofs. CAMEL air conditioning load estimation system is designed to model drop panels, light wells, balconies and all manners of shading schemes. One can also completely or partially turn the drops and overhangs transparent or opaque. CAMEL’s design has the ability to display shadow patterns of the shading tools as they traverse any chosen roof or wall as the time and month change. To learn more about ACADS-BSG’s CAMEL air conditioning load estimation system, visit ACADS-BSG now. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |