By Timothy Lutts
Today I want to focus on the possibilities for change in our enormous electric power grid, an animal that is so complex–and so rooted in ancient technologies–that it is rife with inefficiencies. To me, this spells opportunity.
We all know how the grid works in general. All across the country, power plants burn coal or oil or natural gas or combinations of the three. Others burn wood, or generate nuclear power, or use hydropower, or take in trickles of power from little wind power farms and solar panels. And all across the country, people like you and me go around flicking switches off and on whenever we want something … light, heat, dinner, communications, clean clothes, entertainment, etc., pretty much without regard to the effect our actions will have on the grid as a whole. And because electricity can’t be easily stored, the power companies have to continually adjust their inputs to meet our demands.
That it works is pretty wonderful; almost a miracle. Yet it’s crying out for modernization. Above all, it’s crying out for transparency and intelligence about operating costs. In short, when power demand is high, we should know it, and we should have the choice of deferring using that power until it is cheaper.
“In the future as designed by Echelon, the electric grid (smart grid) has the intelligence to understand changing demands, and to vary electricity pricing to make it more expensive to the user when production costs are high and less expensive when production costs are low. At the same time, increasing numbers of electricity-consuming appliances and devices are endowed with intelligence and communications capabilities that enable them to operate at the intersection of when electricity is cheapest and operation is most convenient for the user. The company has two main product lines now: Networked Energy Services (NES) for advanced metering infrastructure and LonWorks (Local Operating Network) for infrastructure products for control networking. Today, Echelon’s largest customers are electric utilities; its products are used in commercial buildings, smart homes, industrial plants, mining operations, schools, streetlights, warehouses, electric vehicle chargers, solar farms and more. The company has not been profitable since the last quarter of 2007–the slump in the construction industry was painful–but the stock is telling us better times lie ahead.”
When that was written, on September 21, ELON was trading at 14. Since then it’s been up to 15, down to 13 and now it’s at 14 again, building a tidy base in preparation for its next advance. I wouldn’t buy it today, but if it dipped to 13 I’d nibble, and if it was still building this base a month from now, I’d snap it up.