EB Bradshaw set an industry-leading commitment to achieving Net Zero, but faced a critical barrier: their existing energy data lacked the depth and granularity needed to support meaningful decision-making. Without circuit-level visibility, the business struggled to: Identify energy inefficiencies across site operations Understand true operational demand and load distribution Validate potential carbon- and cost-reduction opportunities Confidently plan long-term sustainability interventions This lack of insight increased the risk of over-reliance on grid energy and limited progress toward ambitious decarbonisation targets.

To create a robust, data-led foundation, our engineering team designed and deployed a comprehensive electrical sub-metering solution across key site operations. The solution included: Installation of advanced monitoring hardware on critical electrical circuits Real-time energy data capture to reveal usage patterns and inefficiencies A unified monitoring platform providing asset-level visibility Clear linkage between operational behaviour and energy consumption This approach transformed raw electrical data into actionable intelligence, enabling informed decision-making at every level.

With accurate, granular energy data now in place, EB Bradshaw gained: Full visibility of energy consumption at circuit and asset level A clear understanding of peak demand, load profiles, and inefficiencies The ability to quantify and validate carbon-reduction opportunities A strong evidence base to support investment in lower-carbon technologies As a result, EB Bradshaw is now equipped to reduce reliance on grid supply, implement targeted efficiency measures, and make measurable progress toward its Net Zero commitment.

EB Bradshaw & Sons

What We Did.

We supported EB Bradshaw in accelerating their journey to Net Zero by deploying advanced sub-metering technology, enabling granular visibility of energy consumption and empowering data-driven decision making.

01. The Problem.

EB Bradshaw set an industry-leading commitment to achieving Net Zero, but faced a critical barrier:
their existing energy data lacked the depth and granularity needed to support meaningful decision-making.

Without circuit-level visibility, the business struggled to:

Identify energy inefficiencies across site operations
Understand true operational demand and load distribution
Validate potential carbon- and cost-reduction opportunities
Confidently plan long-term sustainability interventions

This lack of insight increased the risk of over-reliance on grid energy and limited progress toward ambitious decarbonisation targets.

02. Our Solution.

To create a robust, data-led foundation, our engineering team designed and deployed a comprehensive electrical sub-metering solution across key site operations.

The solution included:

Installation of advanced monitoring hardware on critical electrical circuits
Real-time energy data capture to reveal usage patterns and inefficiencies
A unified monitoring platform providing asset-level visibility
Clear linkage between operational behaviour and energy consumption

This approach transformed raw electrical data into actionable intelligence, enabling informed decision-making at every level.

03. The Outcome.

With accurate, granular energy data now in place, EB Bradshaw gained:

Full visibility of energy consumption at circuit and asset level
A clear understanding of peak demand, load profiles, and inefficiencies
The ability to quantify and validate carbon-reduction opportunities
A strong evidence base to support investment in lower-carbon technologies

As a result, EB Bradshaw is now equipped to reduce reliance on grid supply, implement targeted efficiency measures, and make measurable progress toward its Net Zero commitment.