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Case Study: Lighting Design Scheme for a New Build Project

Zano Controls was approached by a leading construction company to design a comprehensive lighting scheme for a new build project in a busy city centre. The project aimed to create a modern and sustainable building that would meet the needs of its occupants while also reducing its environmental impact.

Zano Controls was approached by a leading construction company to design a comprehensive lighting scheme for a new build project in a busy city centre. The project aimed to create a modern and sustainable building that would meet the needs of its occupants while also reducing its environmental impact.

The building’s design was inspired by the surrounding architecture, with a focus on clean lines, minimal ornamentation, and an emphasis on natural light. The lighting design scheme was developed to complement this aesthetic, using a combination of LED and traditional lighting sources to create a warm and inviting atmosphere.

Key Challenges

The project presented several key challenges, including the need to balance energy efficiency with the need for adequate lighting levels. The building’s occupants required a high level of illumination in certain areas, such as the office spaces, while also needing to reduce energy consumption to meet sustainability targets.

To address these challenges, Zano Controls’ lighting design team developed a bespoke lighting scheme that incorporated a range of innovative solutions. These included the use of LED lighting in areas where high levels of illumination were required, as well as the installation of occupancy sensors and daylight harvesting systems to reduce energy consumption.

Solutions

The lighting design scheme developed by Zano Controls included a range of innovative solutions to address the project’s key challenges. These included:

The use of LED lighting in areas where high levels of illumination were required, such as the office spaces.

The installation of occupancy sensors to reduce energy consumption by turning off lights when areas were not in use.

The use of daylight harvesting systems to reduce the need for artificial lighting during the day.

The installation of smart lighting controls to allow for remote monitoring and adjustment of the lighting scheme.

Results

The lighting design scheme developed by Zano Controls has been a huge success, with the building’s occupants reporting a significant improvement in the quality and comfort of the lighting. The scheme has also helped to reduce energy consumption, with the building’s energy bills decreasing by over 20% compared to similar buildings in the area.

Zano Controls’ lighting design team worked closely with the building’s occupants and construction team to ensure that the lighting scheme met their needs and exceeded their expectations. The project’s success is a testament to the company’s expertise and commitment to delivering high-quality lighting solutions that meet the needs of its clients.

Conclusion

Zano Controls’ lighting design scheme for the new build project has set a new standard for sustainable and energy-efficient lighting design. The company’s innovative solutions and commitment to delivering high-quality lighting solutions have helped to create a building that is not only functional and comfortable but also environmentally sustainable.

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