- Project plans
- Project activities
- Legislation and standards
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Last edited 17 Nov 2019
Types of building services
Building services might include:
Building management systems are computer-based systems used to monitor and control building services. They help building managers understand how buildings are operating and allow them to control and adjust systems to optimise their performance.
As well as collating data and allowing ease of control, BMS can help; visualise data, automatically generate reports and create alarms and alerts when parameters are exceeded, failures occur, or with prognostic systems, when failures are likely to occur. They can also allow comparison between spaces, buildings and benchmark data.
- Combined heat and power.
- Community or district energy networks.
- Geothermal energy.
- Liquefied petroleum gas (LPG).
- Marine energy and hydropower.
- Natural gas.
- Nuclear, coal or gas generated electricity.
- Renewable energy.
- Shale gas.
- Solar thermal energy.
- Tidal lagoon power.
- Wind energy.
- Heat networks.
 Escalators and lifts
A lift (or elevator) is a form of vertical transportation between building floors, levels or decks, commonly used in offices, public buildings and other types of multi-storey building. Lifts can be essential for providing vertical circulation, particularly in tall buildings, for wheelchair and other non-ambulant building users and for the vertical transportation of goods. Some lifts may also be used for firefighting and evacuation purposes.
Escalators are mechanical devices used for transporting people vertically between different levels of buildings. Typically, they take the form of a moving staircase, consisting of a 'chain' of single-piece aluminium or stainless steel steps guided by a system of tracks in a continuous loop.
 Facade engineering
In its broadest sense, the term ‘façade’ can refer to any predominantly vertical face of a building envelope, such as an external wall. Façade engineering refers to designing a high-quality façade that enhances the energy efficiency and long-term sustainability of the building.
See: Facade for more information.
 Fire safety, detection and protection
Buildings need to be designed to provide an acceptable level of fire safety and minimise the risks from heat and smoke. Building services can present a major ignition risk. Plant rooms, boiler houses and kitchens and so on should be sited where their threat is minimised.
Once a fire is detected (either by occupants or by automatic means), it is necessary to communicate the location of the fire to (other) occupants and to a control and response centre such as the fire and rescue service. Forms of detection include:
There may also be other sorts of detectors, such as carbon monoxide detectors.
HVAC systems can be centralised in a building, or local to the space they are serving, or a combination of both (for example, local air handling units supplied by centrally-generated cooling). They may also be connected to a wider district heating or cooling network.
 Information and communications technology (ICT) networks
The term ‘lighting’ refers to equipment the primary purpose of which is to produce light. This is typically some form of lamp. However, lighting can also refer to the use of natural light to provide illumination.
A lightning protection system (LPS) can protect a structure from damage caused by being struck by lightning by providing a low-resistance path to ground for the lightning to follow and disperse. Examples include:
- For heating, ventilation and air conditioning (HVAC) systems.
- To provide cooling for refrigeration.
- To provide cooling for industrial processes.
- Access control.
- Intruder alarms.
- Perimeter security.
- Fire detection systems.
- Integrated systems.
- Heating and cooling.
- Waste removal.
- Potable cold and hot water supply.
- Water recovery and treatment systems.
- Rainwater, surface and subsurface water drainage.
- Fuel gas piping.
 Related articles on Designing Buildings Wiki
- Air conditioning.
- Building Automation and Control System BACS.
- Building services.
- Building services compliance with the building regulations.
- Building services engineer.
- Concept services design.
- Domestic building services compliance guide.
- Mechanical, electrical and plumbing MEP.
- Non-domestic building services compliance guide.
- Passive building design.
- Plant room.
- Rules of Thumb - Guidelines for building services.
- The importance of building services.
- Thermal comfort.
- Utilities' connections
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