Building Automation

HVAC building management systems

HVAC (Heating, Ventilation, and Air Conditioning) encompasses solutions to control indoor environments for thermal comfort and air quality. It can be centralised or decentralised, and advanced technologies like smart thermostats and energy recovery ventilation optimise efficiency and energy savings.

Key components of HVAC building automation systems:

Elevators

Elevators are powered by electric motors that use traction cables, counterweight systems, or hydraulic systems to lift the elevator car.

Functions we implement:

• Destination control systems.
• Internet of Things (IoT).
• Light grids & radar/lidar sensors.
• AI for predictive maintenance.
• Real-time insights.
• Safety assurance.

Solutions we build:

Building fire alarm

A building fire alarm system is designed to detect fires, transmit signals, and display operational information. It can also control fire protection equipment and electrical systems if needed.

Fire alarm safety systems include smoke, temperature, carbon monoxide, and open flame detection. The primary goal is to identify fires swiftly, alert people to the danger, and prevent property and human losses.

Lighting control systems

As part of larger building automation systems, cloud-connected lighting control solutions can optimise power consumption and support security and fire alarm systems. We design and interconnect lighting system elements into advanced wired or wireless networks.

Smart building lighting systems consist of the following components:

• Control units: concentrators, routers, servers, and network controllers
• Power supply equipment to source all parts
• Lighting devices
• LED drivers
• Manual and automated switches, dimmers
• Lighting and occupancy sensors
• Installed control network
• User interface panels
• Configuration and monitoring software

Water leak detection and drip irrigation systems

Leak Detection Systems (LDS) aid in pinpointing pipeline leaks, offering alerts and data for efficient decision-making, ultimately enhancing pipeline reliability. Leakage controllers are required in pumping stations and boiler rooms.

Drip irrigation systems deliver water directly to crop roots, optimising efficiency and minimising waste. By utilising networks of pipes, hoses, and emitters, drip irrigation proves advantageous for high-value crops. This method necessitates more frequent irrigation compared to sprinkler systems.

These systems can be linked to smartphones through cloud connectivity, enabling control and monitoring.

The elements of leak detection and irrigation systems:

• Controlling and indicating equipment
• Communication equipment
• Valves
• Build-in buzzer
• Temperature metre
• Pumps
• Wire/connectors

Additionally, we integrate rain and soil moisture sensors into the irrigation solutions.

Smart building Energy Management System (EMS)

Smart building energy management systems benefit both industrial and private sectors by elevating productivity and delivering at least 10% savings through:

• energy and cost optimisation,
• loss reduction,
• load distribution,
• adaptability to variable factors like interval tariffs and weather conditions.

EMS cater to various sectors:

• Commercial Energy Management Systems (CEMS)
• Facility Energy Management Systems (FEMS)
• Building Energy Management Systems (BEMS)
• Home Energy Management Systems (HEMS)

We incorporate self-learning and adaptive algorithms into energy analytics to ensure their effectiveness amidst shifting conditions like weather, tariffs, and equipment load. The outcomes presented in ISO 50001-compliant reports enable weaknesses identification and unnecessary cost elimination.