I’ve just moved into a new apartment in London, which has one of these (see picture):
In case you’re not sure, it’s an electricity meter, complete with ‘key’.
Using PayPoints in local shops, you pay in advance for electricity you are going to use in cash (cards not accepted). This balance gets digitally recorded on your key, and once you’ve plugged it back in, you can sit back and witness the money on the meter tick down towards zero until you decide to next top it up. Alternatively, you can assume it won’t run out, go away for a couple of days and return to discover that you can’t turn any lights on, the boiler isn’t working, and the freezer has started defrosting…
When researching domestic gas use in a recent project for DECC, we found that a vast disconnect between paying bills and actual gas consumption exists. Almost no one in the study knew how much gas they were using in terms of units. While some had a grasp of how much they were paying each month or year, many others were unable to give this information with any confidence (largely due to the fact that they paid bills by direct debit, or because it was lumped together with their electricity bill). Not only that, but so that bills in winter aren’t astronomical, gas bills are based on estimates and smoothed over the course of a year. That means that over 12 months some people may have paid for more/less gas than they’ve actually used.
Pre-payment, while considerably more inconvenient, overcomes this disconnection. Unfortunately, due to the fact that only a couple of the research participants in the DECC study had pre-pay gas meters, we weren’t able to confirm the hypothesis that people ‘on meters’ were more likely to be aware of how much they were using (at least in financial terms). For my part, since the formative experience a week or two into my tenancy (yes, sadly, the freezer defrosting wasn’t hypothetical), I’ve kept a very keen eye on the meter in our hall. I’m also taking (even) more care with my electricity usage – no longer is my laptop plugged in when it’s already charged, and the wireless router is turned off when no one’s at home.
With the roll out of smart meters, the government will hope that similar behavioural changes occur as people’s awareness of what they are using grows. I am optimistic that these smart meters will have some level of impact for many householders in the UK. I cannot imagine, however, they will be nearly as effective as forcing you to leave your home, take cash out of your pocket, and then see your money ticking down towards a dark, cold, food-less house.



You need to dismantle in order to build the future economy…
What has 23 screws, 15 separate rubber parts, 13 wires, 4 plastic boards, 3 metal plates, 3 unidentifiable objects, 2 microphones and 1 circuit board?
These are the ingredients of an old landline phone, obviously!
Exhibit A
In a Green Alliance conference last week, I took part in a tear down session run by the RSA as part of their Great Recovery initiative which meant that we physically got to dismantle a small household electrical appliance that had been discarded. The physical labour enabled me to appreciate how intricate the design of objects is and how, quite often, products are simply not meant to be taken apart (see proof of labour in photo!). Though we were not able to identify each individual chemical element from the periodic table present in the landline phone, we did understand that there were countless elements which had been glued, welded, screwed and fused together. Recouping the individual raw materials is no easy feat.
The Green Alliance conference was, in fact, a practitioners’ seminar on building a business plan for a circular economy.
At its simplest definition and from a supply side, the circular economy is one which looks at raw materials in a less linear way. So an economy which moves away from taking, making, using and discarding; and moves towards a more holistic approach to living systems and replenishing natural capital. The circular economy seems to draw from and build on previous models like: green economy, sustainable economy, future economy, closed loop economy and cradle-to-cradle economy. Brook Lyndhurst has explored some of the practical implications for consumers of such an economy via our research, for example, on longer product lifetimes.
There was an impressive line up of speakers at the seminar from local authorities to investors to designers to Government officials. A heterogeneous bunch of people with a similar goal: sketching out how we could pave the way to a more circular economy. The intellectual stimulus and hands-on demonstration left me thinking that the path to the circular economy has to be a collective effort. Each and every one of us needs to change our mindset so that we are making, using and giving a new life to products (via re-use, remanufacturing and recycling) and considering product durability, service and intrinsic value throughout this cyclical process.