The early days of Instant Energy
Back in 2006, when I was a Project Manager working on an Energy Trading project, we ran a little experiment. We asked a sample of CGI’s employees in the UK to stand outside their dumb meter with a mobile phone to see if they could send and receive text messages. The logic behind this rudimental survey was that if we could demonstrate that cellular coverage could reach a big enough percentage of meters, we could invest in building a communication system using the mobile phone network. As it turned out, cellular coverage could reach a considerable number of meters, which allowed us to create our Instant Energy system.
By 2019 and at its peak, there were 4 million SMETS1 meters installed on Instant Energy, all communicating using the mobile phone network. Many of those meters have now been migrated onto the DCC's systems. For those not familiar with the terminology, a meter becomes dormant when it stops returning Smart Metering data. This happens when one changes to an energy supplier that is not connected to the Instant Energy system.
Thanks to this migration, SMETS1 meters can link up with any supplier via the DCC’s systems and be Smart again.
Smart Meters & Hair Straighteners
Personally, I was an early adopter of Smart Meters, getting my energy supplier to install what I now realise was a pre-SMETS1 meter. While this meant the meter could not be migrated to the DCC, it provided my family and I with an In-Home Display. We used to spend our time tracking down heavy use electrical appliances (hair straighteners were a particular favourite), switching to LED bulbs in order to avoid the IHD moving from green (low usage) to red (high usage). This, combined with a couple of weekends spent adding more insulation to the loft, saw our energy bills drop considerably. But I wanted to do more.
So, I had an early SMETS2 meter installed, which opened up a new world of energy savings for us. We purchased an electric car and signed up to a ‘time of use tariff' to get electricity at a third of the normal price for 4 hours overnight.
My wife is a doctor and continued to drive to work every day during the first lockdown. She drove 8,000 miles last year. Charging the car, running the dishwasher and washing machine on timers in total cost us £125 for the entire year.
Without Smart Metering, none of this would have been possible.
Transforming the energy system
Before Smart Metering, energy suppliers estimated customers' daily usage and purchased energy through the open market, regardless of cost; sometimes paying huge amounts of money. This changed with Smart Meters, especially if combined with innovative tariffs like mine. Now, energy suppliers work with their customers to help shift their energy usage from expensive times of the day to much cheaper times. And it’s not just about economic savings. According to Government figures, smart metering will prevent 45 million tonnes of CO2 equivalent emissions by 2034. A considerable contribution to combat climate change and achieving the country’s Net Zero objectives.
The role of the Data Service Provider
I am very proud to lead a team of consultants, technology and industry experts at CGI who are playing a key role in this transformation. We've come a long way from the Instant Energy days. In 2013 DCC awarded us the Data Services Provider (DSP) contract, putting us at the heart of Great Britain’s Smart Metering central system.
The DSP is a system designed to operate at scale.
If we took every Smart Meter installed on the system today and put them in a line, they would stretch from London to Rome.
To deliver this, we have built a system consisting of 2.5 million java code lines and over 400 servers, routers, firewalls; and processing 15 million transactions every day. Our team supports the current service by developing and testing each new functionality before it is deployed and has worked on 343 major changes over the life of the service.
On a typical day, up to 16,000 new Smart Meters are installed on the system by a large field force of engineers in customers' homes. Our work focuses on avoiding outages to the system that would leave thousands of engineers unable to work and customers waiting for their meters to be installed. Using the ELK Elastic Stack, we monitor 755 processes in real-time. Our team operates 24x7 to proactively pick up on problems and ensure they are dealt with before they have the opportunity to become critical.
Security is also paramount. Since the system went live, our Security Operations Centre has reviewed over 300 billion log files looking for possible cyber threats to the system. In doing so, we keep a log of every message that has ever passed through the system (upwards of 23 billion) and provide regular users reports on this data.
On top of this, we also help the DCC to coordinate a complex environment of service providers to ensure a seamless delivery into both the different test and production environments. We operate in 25 separate data centres across the entire DCC ecosystem, with many moving parts to synchronise. A typical month may see around two hundred changes in the production environment.
At CGI, we are very proud of the key role we play in supporting the Britain’s Smart Meter Infrastructure and the impact that this will have in all our futures.
Senior Vice President of Consulting Services at CGI.