Software for Building Maintenance

  Building engineers use an air conditioning load calculator to obtain information for proper equipment selection, system sizing, and system design. The data provided by the building service software allows them to evaluate the best options for load reduction. Building vendors can also obtain partial load analysis as needed for system design, operations, and control. The air conditioning load calculator also aids building contractors in sizing the appropriate air-conditioning system based on heat gain and/or losses in buildings. If it is cold outside, the building engineers can add in the heat loss from space, while removing the amount of heat gain if it is hot outside. Heat gain or heat loss in a building depends upon a variety of factors such as: ·        The temperature difference between outside temperature and the desired temperature ·        The type of construction and the amount of insulation in a building’s ceiling and walls ·        Shade on the building’s windows

  The primary requirement for an air conditioning unit is that its cooling output be greater than the heat gain of the space. An air conditioningload calculator provides building engineers with an approximate value for heat gain and assists in determining the best cooling solution. Heat gain is calculated by taking into account several factors, including the size of the area to be cooled, window sizes and positions, the number of occupants, and heat from electrical equipment, machinery, and plant. The air conditioning load calculator can be used to provide information for equipment selection, system sizing, and system design, as well as to perform partial load analysis for operations, control, and system design. It also provides data for the best load reduction options. It will take into account more factors in addition to the ones mentioned above, such as window shading, the material used in the construction of a building, the location of the building, and the thermal properties of

  As challenges for fire suppression systems are getting complicated in the modern multi-storey and multi-facility buildings with a large number of occupants and assets, including electronic equipment, the need for efficient hydraulic design software is consistently increasing among building services providers. In the past, the safe approach was to over-engineer the hydraulic systems to mitigate the risks due to fire incidents. However, the introduction of hydraulicdesign software has allowed building engineers widespread testing of firefighting systems and worst case scenarios that predict system responses without having to test them in the field. Hydraulic design software provides industry professionals with quick and accurate hydraulic analysis for their construction projects. It allows HVAC engineers to create and simulate their own hydraulic designs. Simulation and visualisation of the entire model means that engineers can better understand the impact of different hydraulic and

Heating, ventilation, and air conditioning (HVAC) calculation software is a useful tool for building services engineers because it allows them to instal a comprehensive HVAC system throughout a building. Building engineers can use fire sprinkler calculation software to help them with peak load calculations, system design, lifecycle cost analysis, refrigerant piping design, HVAC duct and pipe sizing, and building energy modelling. HVAC calculation software enables building services engineers to quickly calculate the amount of heating and cooling required for a building based on its specifications and design. The best HVAC calculation software is designed to assist building engineers in determining the recommended equipment capacity for any room, space, or house. The software calculates the exact number of BTUs (British Thermal Units) required for adequate heating and cooling in a given space. The fire sprinkle calculation software determines the BTU per hour required to reach the desir