Water

Smart Building Implementation

Smart Building Implementation

Smart Building Implementation

*Min. at least five requirements for each building

No. Name Place Automation Safety Energy Water Indoor Environment Lighting Building Area (m²)
B1B2 S1S2S3S4 E1E2 A1A2 I1I2I3 L1L2L3L4
1 Andijan Machine Building Institute: Building A Andijan, Uzbekistan xx xx x x x x 3440
2 Andijan Machine Building Institute: Building B Andijan, Uzbekistan xx xx x x x x 5600
3 Andijan Machine Building Institute: Building C Andijan, Uzbekistan xx xx x x x x 50,000
4 Andijan Machine Building Institute: Building D Andijan, Uzbekistan xx xx x x x x 15,000
Total 30,000

Please compile one row for each building (or homogeneous part of it) by ticking with a “X” for each requirement.

Smart building implementation

total smart building area / total building area × 100%

Example:

Total Building Area: 150,000 m²

16,680 m² / 52,610 m² × 100% = 31%

Smart Building Implementation refers to the integration of advanced technology and automation systems within a building to enhance efficiency, safety, and sustainability. Smart buildings leverage sensors, automated controls, and data analytics to manage resources effectively—such as energy, water, and lighting—while optimizing indoor environmental quality. These implementations are designed to reduce operational costs, minimize environmental impact, and improve occupant comfort and productivity. In academic institutions, smart building strategies can include energy-efficient lighting, water conservation systems, automated safety measures, and enhanced indoor air quality controls, contributing to a more sustainable campus environment.