Types of Smart Meter

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There are two main types of smart meters – the older models known as SMETS 1 (Smart Meter Equipment Technical Specifications) and the newer versions that were rolled out in 2018, known as SMETS 2.

SMETS 1

Most of these communicate with your supplier through the 2G/2.5G mobile network. Unfortunately a number of different unlinked systems are used to manage these meters and so if you change suppliers it is likely that your new supplier will not be able to operate your Smart Meter and it will become a ‘dumb’ meter for operational purposes.

SMETS 2: This specification is more advanced and meters were first rolled out in 2018. A more modern communication network is used with these meters and all suppliers will use it this – keeping your smart meter smart when switching suppliers.

Roll-out Progress

The rollout of Smart Meters has been slower than required and the government has introduced two schemes.

In the schemes SMETS1 meters counted towards the targets until 15th March 2019 and customers are allowed to refuse a Smart Meter when offered.

ARS: The first and current government scheme to require suppliers to install smart meters is known as 'All Reasonable Steps' or ARS. This means suppliers are required to forecast the number of installs for the year ahead and then they must meet that target by using All Reasonable Steps to install at customers’ premises. The suppliers forecast should be such that they can reach 97% of premises by the end of the scheme. The end date has changed a number of times as the bullet points below show. A few suppliers have been fined for not achieving their own targets.

30 November 2012 - Legal obligation established on energy suppliers to take all reasonable steps to install smart meters
16 March 2019 - Only SMETS2 meters now count towards suppliers' target
31 December 2019 - First deadline to complete
31 December 2020 - Deadline extended due to slow progress
30 June 2021 - Deadline extended due to Covid-19 delays.

Post 2020 Rollout: Under the new scheme the government sets an annual milestone for each supplier based on a straight line so that they eventually reach a coverage of between 85% and 100%. The allowed tolerance to meet the set target will grow over the 4 years with a maximum tolerance of 15% in the final year.

1 July 2021 - Legal obligation on energy suppliers to install smart meters to government targets
31 December 2024 - First deadline to complete
30 June 2025 - Deadline extended due to Covid-19 delays.

New and Replacement Obligation: This related obligation requires energy suppliers to use smart meters for all new metering points and all meters requiring replacement. Although it is subject to all reasonable steps, Ofgem have said it is reasonable for a supplier to charge for the installation of a conventional meter if a smart meter is refused.

30 June 2019 - New and Replacement Obligation (NRO) established.

Number of Installs

Elexon, who manage electricity industry data, report SMETS1 and SMETS2 meter installation data every month. Although this is for electricity only it gives a good indication of overall progress.

October 2020 Electricity Install Progress Report

In October 2020 the SMETS2 installs increased to 206k. The SMETS1 installs have also decreased to 11k, so the odds of you getting a SMETS2 meter have now improved to 95%. This is the best it's been and we would recommend people say Yes to a SMETS2 Smart Meter now.

Here is a link to Elexon’s report: https://www.elexon.co.uk/data/key-data-reports/smart-meter-technical-detail-report/.

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Wide Area Network

The Smart Metering Wide Area Network (SMWAN or WAN for short) is the name given to the communications network between the communications hub sitting on top of your electricity meter and the company responsible for collecting the data and passing it on to other businesses such as suppliers. This company will usually be the Data Communications Company (DCC)) which the government has set up especially for this role supporting the final SMETS2 meters. Depending on the Communications Service Provider (CSP), which varies by areas of the UK, the technology can change depending on what works best in a local area. Sometimes your comms hub will communicate directly with DCC and sometimes it will talk through other comms hubs around you to reach a particular comms hub which has direct communications with DCC. This form of communications looks like a mesh when you draw out the possible links between meters and is therefore known as a Mesh network.

Scotland and the North of England

Long-Range Radio communications (LRR) is used by Arqiva Limited in Scotland and the North of England. The LRR system uses infrastructure and technology similar to that already used for other important national communications networks, such as those for emergency services and keeping lifeboat stations connected. Communication towers communicate directly with smart meter Communications Hubs in homes.
Download easy advanced settings kodi add-ons. By 2021 Arqiva Limited will have achieved their contacted coverage of at least 99.5%.

Rest of England and Wales

The 2G/3G cellular radio communications network is used by Telefónica in the rest of England and Wales. This system is commonly used by mobile phones. In a cellular system, geographical areas are divided into regular shaped 'cells'.
Additionally Telefónica also use local mesh networks to fill in the mobile coverage gaps.
By 2021 Telefónica will have achieved their contacted coverage of at least 99.25% in the Central and South Regions.

Home Area Network

The Home Area Network or HAN is a bit like your home broadband wireless network and will be used to communicate between the meters, the In Home Display (IHD) and other items as and when they become available.

The IHD is a small standalone display which you might typically keep in your kitchen which shows your current energy consumption for both electricity and gas. It shows that as kWh (kilowatt hours, the unit used to measure energy usage) and in pounds and pence. It also shows your energy usage over various time periods, the current day, week, month and year. IHDs have a minimum set of features which are specified in the Smart Metering Equipment Tech