It's been a day of significant contrasts at Copenhagen as the end of the first week of COP15 draws to a close.
The day started with a clear challenge at the Climate Summit "Business Day" from Yvo de Boer, the UN's chief climate czar, that business was not making itself relevant or visible to negotiators. He claimed businesses were either lost in the details (heat pump standards) or asking for meaningless, generic measures (green growth). Worse still, according one participant, business is perceived by negotiators as attempting to limit carbon reduction efforts in its own short-term, self-interest.
Probably all a little too simplistic.
What most of my clients want is clear policy and regulation to create a level playing field so they can get on with the business of competing. But there are certainly some notes here that struck a chord.
This contrasted starkly with a rousing final session Friday evening at the stately Old Stock Exchange building in Central Copenhagen on the role the Information Communication Technology (ICT) sector can play in enabling other industries to reduce their emissions through "SMART" technologies. Sponsored by a host of big names and excellent speakers from the industry, including Rob Bernard, Chief Environmental Strategist at Microsoft, and Laura Ipsen, Cisco's SMART Grid lead, there was some good content and a sign of more to come as ICT is applied liberally to Energy and Carbon Technology (ECT).
It was good to finish the day on a high with a focus on the enormous wave of opportunity that the shift to a low-carbon economy will likely unleash. At Accenture, our view is that this transition could be of the magnitude of the shift from an analogue to a digital economy. It really is that sizeable when you consider the kinds of fundamental change that will be required in areas like energy supply, buildings efficiency and transport systems to decarbonize the global economy by perhaps as much as 80 percent by 2050.
This is an area where we are working closely with clients on around Intelligent Cities, SMART Buildings, and SMART metering. I believe it will be a major source of disruption, innovation, and growth in a number of ICT sectors in the next decade, not least telecommunications, and we are already seeing the early signs. I recently finished a study for Vodafone that started to quantify the market for low-carbon products and services. It showed that in Europe alone by 2020, wireless telecommunications could be at the heart of €43 billion (over $63 billion US) in customer energy savings, 113 million metric tons of carbon emissions reductions (to put that in context, it's about 2.5 percent of the EU's total in a decade or the same as current emissions in the UK), and create the need for a billion new connections.
That's genuinely disruptive innovation and genuinely exciting for global policy-makers looking for dramatic greenhouse gas cuts, not to mention telecommunications companies themselves looking for the next wave of growth. For those interested, Accenture and Vodafone jointly published this report, Carbon Connections.
Top 5 opportunity areas identified for wireless communication to power carbon savings:
1. Dematerialization: replacing physical goods, processes, or travel with "virtual" alternatives, such as video-conferencing or e-commerce (online shopping)
Mobile telepresence - connecting "virtual meeting rooms" to mobile devices would allow workers to join conferences from anywhere.
Virtual office - using wireless telecommunications products means people can work remotely or from home.
Mobile delivery notifications for e-commerce - businesses can use mobile communications to contact customers for more efficient order placement and delivery.
2. Smart grid: improving efficiency of electricity grids through active monitoring and reducing reliance on centralized electricity production
Energy network monitoring - wireless devices monitor losses and load capacity of the electricity transmission and distribution network.
Smart meter: micro-power generation - smart meters support the sale of energy generated locally to utility companies for distribution in the locality.
Smart meter: grid loading optimization - smart meters encourage end users to adjust daily electricity use and smooth consumption peaks, allowing energy providers to optimize grid loading.
3. Smart logistics: monitoring and tracking vehicles and their loads to improve the efficiency of logistics operations by utilizing vehicles more fully
Centralized tracking - wireless vehicle tracking devices feed data to a central fleet management system to optimize speeds and routing (for large freight companies).
Decentralized tracking - onboard tracking devices communicate wirelessly with nearby vehicles to adjust speed and routing (for smaller freight companies).
Loading optimization - monitoring devices communicate vehicles' loading status to make use of spare capacity through re-routing.
Onboard telematics - data from vehicle sensors are used to plan predictive maintenance and encourage fuel-efficient driving.
Remote supply control - devices monitoring stock levels in vending machines can be linked wirelessly to suppliers for more efficient deliveries.
4. Smart cities: improving traffic and utilities management
Synchronized traffic and alert system - a monitoring system autonomously synchronizes traffic lights and notification boards, optimizing traffic flow and reducing congestion.
5. Smart manufacturing: synchronizing manufacturing operations and incorporating communication modules in manufactured products
High-value product remote monitoring module - a communication module is incorporated within high-value products and transmits the status of the product to the maintenance provider, enabling predictive maintenance