Have a question?

Heat sub metering measures how much thermal energy is used by specific areas, tenants, or systems within a building. Instead of relying on estimates, it records actual heat consumption based on flow and temperature difference. This is especially important in shared heating systems where costs would otherwise be divided unfairly. The data helps building owners understand where heat is used, lost, or wasted. Over time, this leads to better system control and lower operating costs.

In many cases, yes. Heat sub metering is required under the Heat Network Metering and Billing Regulations where buildings distribute heat to multiple users. The regulations aim to ensure transparency, fair billing, and improved efficiency. Even where it is not mandatory, installing heat sub metering is strongly recommended to support compliance, reporting, and future regulation changes. Accurate data also reduces risk during audits and inspections.

Without heat sub metering, tenants are often charged based on floor area or fixed percentages, which rarely reflect actual usage. Heat sub metering ensures each tenant pays only for the heat they consume. This improves transparency and reduces disputes. It also encourages more responsible energy behaviour, as occupants can see the impact of their usage. For landlords, it provides defensible billing backed by real data.

Yes, and often significantly. Once detailed heat data is available, inefficiencies become visible, such as overheating, poor control strategies, or heat loss in specific zones. Facilities teams can then optimise system settings, improve insulation strategies, or address faulty equipment. Many organisations achieve measurable reductions in heat consumption simply by acting on the insights provided by sub metering.

Electrical sub metering tracks power usage for specific areas or equipment, helping reduce peak demand charges, support tenant billing, and improve maintenance planning.

Heat sub metering is particularly valuable in multi occupancy buildings such as offices, residential developments, universities, hospitals, and district heating networks. Any site with shared boilers or central heating plant benefits from understanding how heat is distributed and consumed. Industrial sites using heat for processes can also gain valuable insight. In short, any building where heating costs are material will benefit.

Heat sub metering becomes far more powerful when connected to a central monitoring platform. Data can be visualised alongside electricity, gas, and water usage to give a complete picture of building performance. This supports reporting, benchmarking, and sustainability analysis. Alerts can be set for abnormal usage, and trends can be tracked over time to support continuous improvement and investment planning.

Gas often represents a large proportion of total energy use in commercial and industrial sites. Gas sub metering identifies where gas is consumed by specific plant, processes, or areas, allowing ESOS assessors to pinpoint savings opportunities that would otherwise remain hidden.

Accurate gas consumption data is essential for calculating Scope one emissions. Gas sub metering improves the accuracy of carbon reporting by allocating emissions to the correct sources, supporting ESG frameworks and sustainability disclosures.

Yes. Gas sub metering highlights inefficient boilers, abnormal usage patterns, and out of hours consumption. This enables targeted maintenance and operational changes that reduce fuel waste and improve efficiency.

Absolutely. Gas sub metering supports fair cost allocation and transparent billing, which is increasingly important for ESG reporting and tenant engagement around energy use.

Water usage is a growing focus within ESG frameworks due to resource scarcity and environmental impact. Water sub metering provides accurate data to track consumption, demonstrate reductions, and evidence responsible water management.

Water sub metering enables early detection of leaks and abnormal usage, reducing waste and potential damage. This supports risk management and operational resilience, which are key ESG considerations.

Yes. Detailed water data supports environmental audits, internal reporting, and regulatory compliance by providing clear evidence of usage and efficiency improvements.

By identifying leaks and inefficient usage, water sub metering often leads to immediate cost savings while also improving sustainability performance.

Steam systems are often one of the most energy intensive parts of industrial operations. Steam sub metering provides visibility into where energy is lost through leaks, poor insulation, or inefficient processes.

Steam sub metering supplies the detailed data required to identify significant energy use and justify energy saving opportunities under ESOS. It allows assessors to move beyond generic recommendations to site specific actions.

Yes. Reducing steam losses and optimising boiler performance directly reduces fuel consumption and emissions. Steam sub metering provides the evidence needed to track progress and demonstrate impact.

In many cases, yes. Steam sub metering can be installed on existing systems to improve visibility without major disruption, making it a practical tool for improving efficiency in legacy environments.

Oil consumption contributes directly to carbon emissions. Oil sub metering allows organisations to measure fuel usage accurately, supporting transparent carbon reporting and informed transition planning.