Smart meters: consumer attitudes and behaviours in the smart meter roll-out

Overview of the GOV.UK Publication

Published by the Department for Energy Security and Net Zero (DESNZ) on 8 August 2025, the report explores how domestic and non-domestic consumers respond to the smart meter roll-out, particularly regarding maintenance visits and communication hub exchanges.

Key Findings:

  • Smart Metering’s Role: It is central to enabling a flexible, decarbonised power system and helping households manage energy use and reduce bills.
  • Maintenance Visits: Some smart meters require future maintenance to remain in smart mode. The research identifies what encourages or discourages consumers from accepting these visits.
  • Message Framing: How the maintenance visit is communicated significantly affects consumer willingness to participate. Tailored messaging improves acceptance rates.

Behavioural Insights

  • Consumers are more receptive when messages emphasise personal benefits (e.g., cost savings, convenience).
  • Barriers include concerns about disruption, lack of understanding, and mistrust of suppliers.
  • Vulnerable groups (e.g., low-income, elderly, or disabled consumers) may need additional support to engage effectively.

Supporting Internal Materials

Several internal documents and meetings reinforce and expand on the themes in the GOV.UK report:

  • The Draft Framework for smart metering support outlines eight principles for supporting vulnerable and prepayment consumers, based on early behavioural trials.
  • The smart metering policy framework post 2025 consultation document sets out obligations for suppliers to complete the rollout by 2030 and improve

Enhancing the Smart Meter Installation Journey Towards Clean Power 2030

Overview of the Government’s Call for Evidence

Published on 8 August 2025 by the Department for Energy Security & Net Zero, this call for evidence supports the UK’s Clean Power 2030 Action Plan, which aims for clean sources to generate at least 95% of Great Britain’s electricity by 2030.

Smart meters are central to this mission, enabling:

  • Consumer insights into energy usage.
  • Demand response programmes that shift usage to off-peak hours.
  • Smart tariffs that reward flexible electricity use—potentially saving EV users up to £900/year.

Three Key Areas of Enquiry

  1. Integration with Low Carbon Technologies (LCTs)
    Exploring how smart meters can work alongside technologies like heat pumps, EV charging, solar thermal, biomass boilers, hybrid heating systems, and energy storage to improve efficiency and reduce emissions.
  2. Accelerating Installations in Hard-to-Reach Areas
    Identifying barriers to installation in regions where securing appointments is difficult and proposing solutions to improve access.
  3. Local Collaboration and Coordination
    Investigating how local partnerships and community-level coordination can enhance the consumer journey and increase uptake.

 

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Smart Metering Policy Framework – Post 2025

The UK government is consulting on a new regulatory framework for smart metering, aiming to:

  • Complete the domestic smart meter rollout by 31 December 2030 (100% coverage, subject to “all reasonable steps”).
  • Improve the operational performance of smart meters, especially reducing the number operating in “traditional mode” (i.e., not communicating remotely).
  • Ensure a smooth transition to 4G communications before 2G/3G networks are switched off by 2033.
  • Require annual deployment plans from suppliers to Ofgem, with binding milestones from 2027.

These measures are intended to support the Clean Power 2030 Mission, deliver consumer benefits, and underpin a flexible, decarbonised energy system.

Key Proposals

Obligations on Suppliers

  • 100% Smart Meter Penetration by 2030: All suppliers must take all reasonable steps to install smart meters in every domestic property by the end of 2030.
  • 90-Day Recovery Target: Suppliers must restore any smart meter operating in traditional mode to full smart operation within 90 days of becoming aware of the issue.
  • Pre-emptive Replacement: Suppliers must proactively replace smart meters or components (e.g., communications hubs) where the Data Communications Company (DCC) signals that WAN service will end (e.g., due to 2G/3G switch-off).
  • Annual Deployment Plans: From July 2026, suppliers must submit annual plans to Ofgem, detailing how they will meet installation and operational targets through to 2033. From 2027, annual milestones for new installations and pre-emptive replacements become binding.

Consumer Experience and Protections

  • Guaranteed Standards of Performance: Ofgem is consulting on standards that would require compensation for consumers if installation appointments are not offered within six weeks, or if meters are not restored to smart mode within 90 days.
  • Consumer Engagement: Continued national campaigns (Smart Energy GB), targeted support for harder-to-reach groups, and new guidance on consumer rights.
  • Focus on Vulnerable Groups: Special attention to prepayment customers, tenants, and those in the private rented sector, where uptake lags.

Non-Domestic Sector

  • The 2030 obligation and deployment plan requirements do not apply to non-domestic meters, but operational improvements (e.g., 90-day recovery, pre-emptive replacement) do. Further consultation on non-domestic rollout is planned.

 

Analytical Evidence (Annex A)

Cost-Benefit Analysis

  • Net Present Value (NPV): The proposed framework is projected to deliver an NPV of £590m–£1,824m (2025 prices, discounted to 2026), depending on the level of smart meter coverage achieved (85–100% by 2030).
  • Benefits: Include customer energy/time savings, supplier operational savings, carbon and air quality improvements, network and demand-shifting benefits.
  • Costs: Mainly from equipment and installation, with a 10% optimism bias applied to account for uncertainties.
  • Household NPV: Estimated at £337m–£1,024m.
  • Business Impact: Monetised impacts on suppliers are -£74m to -£199m, mainly due to installation costs, but offset by operational savings.

Feasibility and Resource Requirements

  • Workforce: To achieve 90% coverage and 97% smart mode operation by 2033, an average of just under 5 million smart metering activities per year is required, needing about 6,500 FTE installers.
  • Flexibility: The framework allows suppliers to manage their own delivery profiles, but annual plans and Ofgem oversight are designed to prevent backloading and ensure steady progress.

Small and Microbusiness Assessment

  • Most suppliers are medium or large; micro and small suppliers are exempt from some requirements (e.g., deployment plans if below 20,000 meter points), but not from the core obligations.

Wider Impacts

  • Net Zero: The policy supports the UK’s 2050 Net Zero target and Clean Power by 2030 ambition.
  • Monitoring: The Department for Energy Security & Net Zero will monitor rollout progress, consumer experience, and report annually to Parliament.

Legal Mechanisms (Annex B)

Electricity and Gas Supply Licence Amendments

  • Rollout Duty: New and replacement meters must be smart, with all reasonable steps to achieve 100% coverage by 2030.
  • Operational Requirements: Suppliers must maintain smart meters in smart mode, restore traditional mode meters within 90 days, and pre-emptively replace equipment as needed.
  • Deployment Plans: Suppliers (except very small ones) must submit annual plans to Ofgem, with binding milestones from 2027.
  • Reporting: Suppliers must publish milestones and progress on their websites, and Ofgem can require additional information or revisions.
  • Exemptions: Micro and small suppliers (below 20,000 meter points) are exempt from deployment plan requirements.

DCC Licence Amendments

  • Statement of Availability: DCC must publish dates when communication services (e.g., for 2G/3G) will end, enabling suppliers to plan pre-emptive replacements.

Definitions and Technical Requirements

  • Detailed definitions for “smart connection,” “HAN,” “WAN,” “SMETS1/2,” “deployment plan,” “annual milestone,” etc., are provided to ensure clarity and enforceability.

 

Consultation and Next Steps

  • Consultation closes: 3 October 2025.
  • Stakeholder input: Sought on all aspects, including the legal drafting in Annex B, the analytical evidence, and the practicality of the proposed obligations.
  • Implementation: Subject to consultation feedback, the government will publish a response and proceed with licence amendments and regulatory changes.

 

Summary Table: Key Obligations and Timelines

Obligation

Who

When

Binding?

100% smart meter coverage (“all reasonable steps”)

All suppliers

By 31 Dec 2030

Yes

90-day recovery of traditional mode meters

All suppliers

Ongoing (from awareness)

Yes

Pre-emptive replacement for WAN end

All suppliers

As signalled by DCC

Yes

Annual deployment plans to Ofgem

Most suppliers

Annually from July 2026

Yes (from 2027)

Publish milestones and progress

Most suppliers

Annually from 2027

Yes

Exemption for very small suppliers

<20,000 meters

Ongoing

Yes

 

Strategic Implications

  • For Suppliers: Need to invest in workforce, systems, and consumer engagement to meet ambitious targets and avoid regulatory penalties.
  • For Consumers: Improved service standards, faster resolution of issues, and greater access to smart-enabled tariffs and services.
  • For the Sector: Regulatory certainty to support investment, with flexibility for suppliers but strong oversight to ensure delivery.

Gas Safe Register Decade Review

The GSR Decade Review is a comprehensive assessment of the UK downstream gas industry over the past ten years. The review is being conducted on behalf of Gas Safe Register, with recommendations to be made to the Health and Safety Executive (HSE). The main aims are to:

  • Explore current arrangements for promoting gas safety across the UK.
  • Identify areas of strength and weakness in the industry.
  • Make actionable recommendations for the future, informed by key stakeholders.

The review will assess:

  • The current state of the gas industry and its evolution over the past decade.
  • Changes in engineer attitudes, behaviours, and motivations.
  • Views on training, skills, and competence.
  • Anticipated future challenges, including new technologies, an ageing workforce, new fuels, and government policies.

Background

This review builds on a previous Decade Review conducted by Accent in 2017 for Capita, which used online surveys, focus groups, and interviews to cover the industry, engineers, training, and future outlook.

Methodology

Engineer Survey

  • Target Audience: Registered gas engineers, those working downstream of the meter, training bodies, manufacturers, energy companies, and others.
  • Content: Open and closed questions on industry changes, gas safety, challenges, influencers, GSR performance, and future issues.
  • Additional Topics: New questions on changing building regulations, the Future Homes Standard, and other relevant developments.
  • Status: Survey is live and closes on 3rd October (may be extended). Average completion time is ~15 minutes.
  • Access: Survey Link or email gsrdecadereview@talan.com for alternative formats.

Consumer Survey

  • Method: question based survey distributed by YouGov to a UK consumer group (2,000 people).
  • Focus: Consumer understanding of gas safety, the Gas Safe Register, decision-making when selecting engineers, and choices around future heating systems.

Workshops

  • Format: Five online workshops, one for each devolved UK nation/region (England – small and large businesses, Scotland, Wales, Northern Ireland).
  • Purpose: To gather richer, region-specific insights and ensure all areas are represented.
  • Timing: Provisional dates throughout November.
  • How to Join: Respondents can express interest at the end of the engineer survey .

Engagement and Dissemination

  • The survey is being promoted via the Registered Gas Engineer magazine, trade press, and internal marketing databases.
  • Additional dissemination through social media and LinkedIn is under consideration.
  • Stakeholders are encouraged to share the survey widely, especially in Wales and Northern Ireland where responses are currently low.

Next Steps and Recommendations

  • Complete and share the engineer survey before the deadline.
  • Encourage participation in workshops, especially from underrepresented regions.
  • Use the provided contact details for questions or to request accessible survey formats.
  • Feedback and recommendations from this review will be actively pursued and communicated to Capita and HSE, with a focus on actionable outcomes (addressing concerns from the previous review about lack of follow-through).

Contact and Further Information

DESNZ Consultation Virtual WAN

DESNZ has published a consultation on Virtual WAN related changes to a number of technical SEC documents intended to be incorporated into the SEC as part of the November 2025 SEC Release. In the case of the DCC User Interface Specification, additional changes to the document will also be made via SEC modifications as part of the release.

Responses should be submitted to smartmetering@energysecurity.gov.uk  by 17:00 on 24 October 2025.

https://smartenergycodecompany.co.uk/desnz-consultation-on-dcc-user-interface-specification-the-message-mapping-catalogue-and-the-technical-specification-applicability-tables-and-upon-the-date-of-their-incorporation-into-the-sec-and-t/

I0197 Introducing a Process to Provide Updates During Fault Resolutions

As part of the ongoing REC I0197 initiative to enhance fault resolution processes across the energy sector—particularly in relation to electricity and gas meter faults—we’re pleased to confirm RECCo’s participation in the upcoming Gas Metering Forum (GMF 25-03) on 18 September 2025.

We’re delighted to announce that Vaishnavi Campbell-Sharma will be joining the session to provide an update on the project and set the stage for a collaborative roundtable discussion. This will be a valuable opportunity for members to share insights, raise challenges, and explore practical improvements to the Gas Fault Resolution process.

The I0197 working groups have been actively engaging stakeholders through targeted sessions and collaborative pre-work, and your contribution via this forum will help shape the next phase of development.

We warmly encourage all attendees to come prepared to contribute to the discussion and help drive meaningful change in this critical area.

 

 

Introducing a Process to Provide Updates During Fault Resolutions – REC Portal

 

If you have any questions ahead of the session or would like to share input in advance, please don’t hesitate to get in touch with the AMO Team.

REC I0240 – Draft Guidance Document Feedback

The Code Manager is seeking stakeholder feedback on the draft Scenario Guidance Document for I0240 – Data Alignment of Meter Information Through MHHS Migration.

This document acts as the solution to REC Issue and provides clear, actionable instructions for REC Parties whilst handling Meter Point Administration Numbers (MPANs) when metering jobs are incomplete or have failed, especially in emergency scenarios, with a focus on maintaining data integrity and quality, system interoperability, and compliance with MHHS processes.

Stakeholders are invited to review the draft guidance document and share any feedback, or suggestions with the Code Manager by 30 September 2025.  To assist stakeholders, a downloadable Word version of the draft document is available on the REC Portal.

MHHS M8 REC Release

The MHHS M8 REC Release will be implemented on 22 September 2025. M8 is the milestone where the MHHS code changes go live across all impacted industry codes – REC, BSC, and DCUSA. For REC Parties, this means new obligations, updated schedules, and changes to how data is handled and shared.

 

The two major Change Proposals that are being implemented as part of this REC Release are R0209 – Implementation of Market-wide Half Hourly Settlement (MHHS) Arrangements and R0241 – MHHS Incremental Changes for go live.

 

Additionally, these Category 3 Change Proposals will be implemented on 22 September 2025 inline with the MHHS M8 Milestone:

Changes to SSC and TPR under MHHS

Under the Market-wide Half Hourly Settlement (MHHS) programme, the management of Standard Settlement Configuration (SSC) and Time Pattern Regime (TPR) data is transitioning from Market Domain Data (MDD) to the Retail Energy Code (REC).

Key Changes:

  • SSC and TPR data will no longer be maintained by Elexon in industry standing data.
  • SSC remains essential for Traditional Metering Assets and must be populated in the Supplier Meter Registration Service (SMRS).
  • SSC and TPR are now included in key MHHS interfaces and market messages (e.g., D0149, D0150, IF001–IF036).
  • For Smart and Advanced meters, SSC population is optional but may be used by suppliers for business processes.

Supply Number Update:

  • The SSC Id will be included in the top line of the Supply Number for MHHS Metering Points from milestone M8 onwards.
  • Mandatory only for Traditional meters; optional for Smart/Advanced meters.

Future Considerations:

  • Industry interest in continuing SSC use for Smart/Advanced meters is noted.
  • REC Code Manager will explore appropriate use cases and keep stakeholders informed.
  • Change proposal R0243 has been raised to support the transition of SSC and TPR ownership to REC.

Transfer of Standard Settlement Configuration and Time Pattern Regime Data Item Ownership – REC Portal