SUCCES STORY: AUTOMATED LIGHTING SYSTEM FOR SCIENCE LABS & CLASSROOMS

Optimised lighting for specialist educational environments

During the second phase of the electrical refurbishment at Ortu Hassenbrook Academy, Hopkins Young relied on Hytronik UK to integrate a lighting solution featuring occupancy sensors and a rapid connection system, optimising efficiency and visual comfort in classrooms, corridors, and, most notably, in the science laboratories, where precision lighting is essential.

Thanks to Hytronik's technology, the project was carried out without disrupting school activities, ensuring minimal impact on students and staff. The use of modular components with rapid installation enabled Hopkins Young to meet deadlines without additional costs, ensuring that the school could benefit from a more efficient lighting system from day one.

The Challenge

• Modernisation without disrupting academic activities

-The refurbishment needed to be completed without interrupting lessons or science lab activities.

-A phased installation allowed the school to remain fully operational throughout the project.

• Lighting designed for science laboratories

-The labs required uniform, adjustable lighting, eliminating shadows and glare that could interfere with scientific experiments.

-It was crucial to ensure stable, adaptive lighting levels, optimised for high-precision tasks.

• Energy efficiency and ease of use

-The occupancy and motion sensors needed to reduce energy consumption without compromising safety or comfort.

-The system had to be easy to install, configure, and manage, with no need for technical expertise.

• Anticipating potential concerns

✔ Will installation be complicated? → No, the modular technology allows for quick integration without additional wiring and is compatible with the existing electrical infrastructure.

✔ How does it impact energy consumption? → The system optimises lighting use, turning lights on only when needed, preventing unnecessary activations.

✔ Does it require constant maintenance? → No, once installed, it automatically adapts to its surroundings without manual intervention.

The Solution

To address these challenges, Hytronik provided an automated and flexible lighting solution, integrating intelligent sensors and a rapid connection system, optimising energy performance without disrupting the school's operations.

1. QCB01 rapid connection system

• Location: Throughout the luminaire and sensor network.

• Function: Enables plug-and-play integration of luminaires and sensors, simplifying installation.

• Reduces implementation time without requiring additional wiring, ensuring compatibility with the existing electrical infrastructure.

2. HIR28/R occupancy sensors with HA02 mounting

• Location: Classrooms and science laboratories.

• Function: Detects occupancy and adjusts lighting progressively based on natural daylight levels.

• Maintaining stable light levels for scientific experiments, preventing sudden fluctuations in illumination.

3. HMW20 motion sensors

• Location: Corridors and circulation areas.

• Function: Activates lighting only when movement is detected, reducing unnecessary energy consumption.

• Minimises energy waste in transitional areas without compromising safety.

 Immediate product availability Hytronik ensured prompt product supply, allowing Hopkins Young to meet deadlines without project delays.

Results

• Installation without disruptions to classrooms or laboratories: Thanks to strategic planning, the school remained fully operational, with no impact on lessons or practical activities.

• Optimised lighting for technical spaces: The laboratories now benefit from uniform, adjustable lighting, creating the ideal environment for scientific experiments and technical activities.

• Significant energy savings: The use of automated sensors significantly reduced energy consumption, ensuring that lights operate only when necessary.

• Fast installation and easy management: Hopkins Young completed the project in less time and without complications, while school staff can now manage lighting effortlessly.

• A competitive advantage for Hopkins Young: The use of efficient, scalable technology enabled Hopkins Young to stand out in the market, delivering advanced lighting solutions without disrupting client operations.