In the cleantech and utility worlds, it’s called “the smart grid” and “energy efficiency” tech. In the broader tech realm, it’s called the “Internet of Things,” or essentially, when every device can talk to each other. Let’s bring these two ideas together, because I think the so-called Internet of Things will play a crucial role in making systems and the consumption of resources much more efficient.
Smart devices in buildings
Let’s drill down into devices used to light, and heat and cool buildings, and the efficiencies that can be delivered when these devices are networked and can talk to each other. Only 1 percent of the world’s buildings use systems to control and network lighting, and just 7 percent of lighting in commercial buildings is controlled by smart control systems.
But the efficiencies from networking lighting and using smart software to control the lighting in an efficient way, are clear. Earlier this month, a startup called Enlighted Inc. launched a product that places wireless sensors on every light fixture in a commercial or office building, and the company says by using distributed sensing, its system can cut energy consumption from lighting in office and commercial buildings by 50 to 75 percent. Enlighted Inc.’s first customer is green carpet company Interface Services, which used the lighting system to cut down on energy consumption of a 35,000 square foot facility in Acworth, Ga.
Smart lighting controls are so under used, and could be such a large market, that a half-dozen venture-backed startups have launched products. Enlighted Inc. is backed by Kleiner Perkins Caufield & Byers, Intel Capital, and Draper Fisher Jurvetson. Competitor Adura Technologies is funded by NGEN, Claremont Creek Ventures, and VantagePoint Capital Partners. Redwood Systems, a lighting control company which sells a control and sensor system for LEDs that runs over an optimized version of Ethernet cables, raised money from Battery Ventures, U.S. Venture Partners, Index Ventures and Mitsui & Co.
Beyond lighting, networked heating and cooling devices can cut loads of energy consumption, too. Regen Energy is a Canadian startup that makes wireless nodes that can connect to HVAC systems and it uses “swarm logic” software to manage the HVAC systems like a swarm of bees or a flock of fish. Last month, Regen said it had raised $5.5 million from investors and opened its first U.S. office in San Diego.
To note, these are a lot of startups in the smart building industry, and the industry is dominated by companies like Honeywell and Johnson Controls, who have been working on a less digital and networked version of the smart building for decades.
Smart devices on the grid
By now, I’m assuming you’ve all heard about the huge efficiency and business opportunities of the smart grid. While Cisco has changed its smart grid strategies in recent months, Cisco CEO John Chambers still insists that the smart grid poses a bigger opportunity than the Internet. Cisco’s original smart grid product is selling ruggedized grid-specific routers and switches.
Most utilities in the U.S. have at least started to plan a strategy for how they will enter the digital age and are increasingly looking to add connected devices to their grids to reduce blackouts, add more clean power, and engage more with their customers. Smart devices are being installed on all levels of the grid from the substations to transmission to distribution to each home.
Many startups have tried to enter the smart grid at the individual home energy management level, and most haven’t really succeeded yet. That’s because consumers aren’t all that interested in monitoring their own home energy, yet, and utilities are price sensitive to expensive home devices. But one day the digital home, will also be the smart energy home, it’s just a matter of how, and when.
Cell phone companies, who are building the networks for much of the Internet of Things, are looking to have their networks run the smart grid, too. Some utilities are game, like Consumers Energy, and Duke Energy, though many utilities are opting to build their own smart grid specific networks.
Smart devices in cars
And finally, vehicles and transportation, are also becoming part of the Internet of Things, and are benefiting from efficiency gains. Car sharing companies use the Internet and mobile phones to manage the use of vehicles down to 15-minute intervals, and install connections in each car to manage the service. Car sharing directly leads to the reduction of personal vehicle ownership, turns the car into a service, and more efficiently utilizes the car. Peer-to-peer car sharing, where people rent out their own cars into the a network, can lead to even more efficient uses of personal vehicles.
Electric cars will be even more reliant on networks and software to manage the charge (so the utility’s grid isn’t overwhelmed) and so drivers can find the nearest charging outlet while on the go. Electric vehicles are only slowly rolling out, due to slow-moving car companies, and a sluggish economy.
Lighting, heating and cooling, the power grid, and cars, might not be the coolest applications for the Internet of Things (well, cars are pretty cool). But they are ways that the Internet of Things can make a major positive impact on developing far more energy-efficient systems. In an environment that has struggled to deliver clean power, biofuels, electric cars and other cleantech products, the Internet of Things could be one of the most important ways to influence energy use.
Images courtesy of Redwood Systems, Duke Energy, Regen Energy.