Skip to Content

Roblett Electrical Contractors were entrusted with a significant upgrade to the lighting system within ITV’s White City offices. The aim of the project was to replace outdated fluorescent lighting with modern LED solutions, delivering increased energy efficiency, improved aesthetics, and enhanced workplace comfort.

Challenges

The project posed several key challenges, including:

Energy Consumption Reduction – Ensuring the new lighting system delivered substantial savings while maintaining optimal brightness.

Minimal Disruption – ITV’s offices remained operational during the transition, requiring careful scheduling and execution to avoid disruptions to daily activities.

Aesthetic Improvement – The existing fluorescent setup lacked consistency and modern appeal, prompting the need for an upgrade that complemented the office design.

Solution

Roblett Electrical Contractors employed a strategic approach to achieve the project’s objectives.

Comprehensive Audit & Design – Conducting an assessment of existing lighting performance to develop an optimised LED solution tailored to the space.

Energy-Efficient LED Installation – Replacing fluorescent lighting with state-of-the-art LED fixtures that provided superior illumination while significantly reducing power consumption.

Seamless Integration – Ensuring the new lighting aligned with ITV’s aesthetic goals, creating a modern and visually appealing environment.

Strategic Implementation – Phased installation was carried out to prevent disruption, allowing ITV staff to continue their work without major interference.

Outcome

The completed project brought several measurable benefits

Energy Savings – The switch to LED lighting resulted in a significant reduction in electricity usage, lowering operational costs.

Enhanced Workplace Environment – Improved lighting quality enhanced employee comfort and productivity.

Sustainability Benefits – The transition to LED lighting contributed to ITV’s environmental sustainability goals by reducing carbon footprint.