In this article I tried to describe the
MEP generally. So this is just general
overview, practically may be
wider or simple, because it will be adjusted to the design, technical requirements, and other factors.
Generally, the building consists of three important components, namely ; Structure, Architecture, and Utilities or also known as MEP (Mechanical, Electrical, Plumbing). Where each other interrelated, if the structure illustrates the strength, architecture illustrate the beauty of the building, then MEP is functionality. No matter how strong or wonderful of the building, if not supported by MEP system, then the building has no function.
Generally, the building consists of three important components, namely ; Structure, Architecture, and Utilities or also known as MEP (Mechanical, Electrical, Plumbing). Where each other interrelated, if the structure illustrates the strength, architecture illustrate the beauty of the building, then MEP is functionality. No matter how strong or wonderful of the building, if not supported by MEP system, then the building has no function.
1) Mechanical Systems
• Fire Fighting System
• HVACR (Heating, Ventilating, Air Conditioning, Refrigating)
• Building Transportation System
• Gas Pipeline (LPG, LNG, CNG)
• Air Bridge (Airport)
• Medical Piped Gas System (Healthcare, Hospital)
2) Electrical System
• Power Supply, Grounding, Bounding System
• Lightning Protection System
• Telephone & Data Network System
• Sound System
• Building Warning System
• Master Antenna Television System (MATV)
• Close Circuit Television System (CCTV)
• Building Automation System (BAS)
3) Plumbing System
• Sewage water System
• Waste water System
• Clean water System
• Rain water system
• Vent System
(I'll be back ...)
• Sewage water System
• Waste water System
• Clean water System
• Rain water system
• Vent System
(I'll be back ...)






