1. Space flexibility: Industrial buildings should be designed to have a flexible space layout that can accommodate changes in production processes. This means having an open floor plan with clear spans and high ceilings, allowing for easy reconfiguration and modification of machinery, equipment, and workstations.
2. Utility flexibility: Industrial buildings should be equipped with flexible utility systems such as electrical, plumbing, and HVAC systems that can support different production processes. Room should be left for additional ducts, pipes or electrical runs.
3. Loading docks and doors: Loading docks and doors should be designed to accommodate different sizes and types of loads, and easy movement of goods.
4. Lighting: Good lighting is essential in any industrial building. It should be flexible and adjustable to match the various types of production and workspaces to help create a comfortable atmosphere.
5. Adequate power supply: Industrial buildings should be designed with an adequate power supply to support different machines and equipment, and also leaving room for future upgrades.
6. Flooring: Industrial flooring should be designed to withstand heavy machinery, chemicals, and other pollutants. It should be easy to clean and maintain.
7. Building height: A building with high ceilings and a high roof can add flexibility, allowing space for ventilation equipment, and provide a temperature-controlled environment.
8. Building envelope: A flexible industrial building envelope will also make it easier to add, remove, or alter parts of the building when the need arises.
9. Expandability: Designing an industrial building that has expandability options can help the company leverage a growing demand for their products or services without having to start anew with new construction.
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