Attendees will explore:

• Where current forecasting models are still useful
• Where they are too broad for fast-moving non-household demand
• How data centres, manufacturing, logistics, healthcare, public estates, and campuses are reshaping local demand
• What retailers and large users can contribute to better demand intelligence
• How smart meter data may support more dynamic forecasting over time, without pretending most programmes are already there

Data centres matter. They are visible, politically sensitive, locally concentrated, and often difficult to forecast with confidence.

But the event will not allow the data centre topic to swallow the wider business water demand conversation.

Sessions will explore the practical questions data centres raise around cooling models, ramp-up profiles, water-energy trade-offs, non-potable water options, planning timelines, local infrastructure constraints, and what developers should share with utilities earlier.

They will also cut through some of the conflicting media noise around data centre water use, including reports of moratoriums and planning restrictions in the US, and ask what the real lessons are for utilities, retailers, planners, and large users in the UK and Europe.

The bigger issue is not simply “data centres use water”.

The bigger issue is this:

How do water-stressed regions plan for concentrated demand growth when the users creating that demand may not yet know their final water profile, cooling strategy, operational ramp-up, or long-term resilience requirements?

Data centres are only one part of the picture.

The agenda will also examine how advanced manufacturing, life sciences, food and drink production, logistics hubs, healthcare estates, public-sector estates, campuses, and industrial clusters create demand patterns that are often more complicated than traditional sector forecasts suggest.

These users may have very different water profiles depending on production cycles, cleaning regimes, cooling requirements, process intensity, operating hours, expansion plans, and site-level efficiency opportunities.

Sessions will examine how utilities, retailers, and customers can better understand:

• Which sectors are driving new local pressure
• Which users are genuinely high consumption
• Which users are high risk because of resilience requirements
• Which sites offer realistic demand-reduction opportunities
• What data major users can share earlier without overcommitting
• How water efficiency can support growth without becoming anti-growth

The market already knows that wholesalers and retailers need to work together more effectively.

The useful question is: what exactly has to change?

This part of the agenda moves beyond vague relationship language and focuses on the mechanics of delivery.

Sessions will ask:

• What exactly should wholesalers share with retailers?
• What do retailers need in order to act?
• What workflows are missing?
• Where does accountability sit?
• Who owns the customer conversation?
• How can both sides avoid confusing or duplicating messages to the customer?
• How do alerts, leakage insight, consumption reports, and efficiency opportunities actually move through the market?

This is where the event gets practical. Because if data does not move through the market in a usable way, and if retailers do not have a realistic model for acting on it, then smart metering value will remain limited.

Everyone knows in the UK water market that in demand reduction will not scale on goodwill alone.

This session will examine what would make demand reduction commercially viable for retailers, attractive to customers, and valuable for utility resilience planning.

That means looking seriously at the incentives that could make action more realistic, including:

• Service incentives
• Data incentives
• Reputational incentives
• Performance incentives
• Tariff structures
• Regulatory boundaries
• Shared-savings models
• Customer value propositions
• Commercial models that reflect retailer margins and market realities

The aim is to understand what kind of commercial and operational models are allowed and could be made to work, which would make demand reduction worth acting on for every part of the market.

Major users do not all think about water in the same way.

For some, water is mainly a cost issue. For others, it is a resilience issue, a production issue, a facilities issue, a compliance issue, a tenant issue, a clinical safety issue, or a business continuity issue.

Multiple sessions will examine what different customers actually care about, including:

• Cost
• Continuity
• Operational risk
• Business resilience
• Facilities management
• ESG and reporting
• Production disruption
• Tenant behaviour
• Customer service
• Critical estate resilience

The point is to make customer engagement more calibrated for specific sites.

A hospital campus, manufacturing plant, logistics estate, university, retail portfolio, and data centre do not all respond to the same message. If the market wants customers to act, it needs to understand what action looks like inside different organisations.

The research also showed that the smart metering conversation is changing.

The industry is no longer only asking whether meters can be deployed.

It is asking what happens after they are installed.

That is why Day Two moves into the operational reality of smart metering and non-household meter data — always with the purpose of improving demand management and reducing avoidable consumption.

The focus will be on real implementation lessons:

• Deployment challenges
• Retailer coordination
• Customer engagement
• Data quality
• Continuous flow detection
• Difficult commercial properties
• Benchmarking
• Measurable savings
• What actually changes after the meter is installed

This is not about celebrating dashboards. It is about turning visibility into action.

This session will look at the practical workflows required to act on data quickly, consistently, and commercially.

It will examine prioritisation, alert management, operational integration, escalation routes, issue ownership, retailer engagement, and how utilities and retailers decide which issues matter most.

Retailer-Wholesaler Operational Coordination

This session will focus on the operating model behind smart meter data.

It will explore how wholesalers and retailers coordinate around alerts, customer communication, data interpretation, issue validation, escalation, and follow-up.

The aim is to identify the practical workflows that allow smart meter data to become customer action rather than market noise.

Commercial leakage and continuous flow remain among the most immediate use cases for non-household smart metering.

But the session will go beyond detection.

It will look at how continuous flow is identified, validated, prioritised, communicated, acted on, repaired, and measured. It will also explore how different property types affect interpretation, because continuous flow in one site may be leakage, while in another it may reflect legitimate operational use.

One of the big risks with smart metering is that it creates more visibility than teams can realistically respond to.

This session will examine how utilities and retailers prioritise alerts by volume, duration, location, customer type, likely leakage value, water-stress relevance, operational risk, and probability of customer action.

The question is not just how many alerts can be generated.

The question is: which alerts are worth acting on first?

This session will look at what actually makes business customers respond to water-use insight.

Attendees will explore which sectors engage most effectively, what messaging changes behaviour, how dashboards are used, what makes customers ignore alerts, and how engagement can be sustained beyond the first leak notification or usage report.

This is where the smart metering conversation becomes a customer behaviour conversation.

The event will also return to one of the strongest practical topics from last year: complex sites and difficult commercial properties.

This year, the focus moves further into solutions for operationalising smart meter data across sites such as:

• Hospitals
• Campuses
• Manufacturing sites
• Mixed-use properties
• Shopping centres
• Older commercial buildings
• Public estates
• Industrial facilities

These sites are difficult because usage patterns are not always obvious. Some operate 24/7. Some have shared supplies. Some have tenants. Some have process water. Some lack sub-metering. Some cannot isolate or repair quickly without operational disruption.

This session will explore how to interpret smart meter data properly in those environments — and how to turn it into realistic action.

How do NHH smart metering programmes demonstrate measurable value?

This session will examine how savings are calculated, how baselines are set, how leakage reductions are verified, how customer action is tracked, how ROI is communicated, and how investment cases are strengthened.

Day Two closes around a practical benchmarking roundtables, helping attendees compare where they are on the journey from meter installation to measurable demand reduction.

The aim is for attendees to leave with a clearer view of:

• What is working
• Where delivery is stuck
• Which workflows need improvement
• Which customer segments are responding
• Where savings can be verified
• And how smart metering can become a repeatable demand-reduction tool rather than just a data programme

Together, the two days create a practical bridge between strategic resilience planning and measurable market action.