The problem that required such an extreme solution is the massive scale at which everything takes place in California. The ISO, for example, manages about 85 percent of California’s power load, totaling more than 286 billion kWh of energy per year across more than 25,000 miles of line. Employees are inundated with data, said Jim McIntosh, an executive director at California ISO, so they needed something that would present it to them in a useful manner.
McIntosh says his team used to get data updates at 4-second intervals, but now it gets updates by the millisecond, and presented in a very intuitive manner that shows and tells what’s going on. He analogized the switch to the Space-Time system to making the move from x-rays to MRIs. Other ISOs that have toured the control have been very impressed, he added, because it’s likely the most state-of-the-art in North America, if not the world.
Another use case for which the new system is ideal is making sure California’s grid is using the right data source at the right time. The ISO monitors data from about 4,500 nodes to determine what energy source will be the cheapest for any given location at any given time. This is made all the more difficult because of strong California mandates around using certain percentages of renewable energy. If wind conditions pick up and make that an ideal source for a certain location, it’s the ISO’s job — in the names of both economics and compliance — to make sure that wind isn’t being wasted.
As for Space-Time Insight, which was formed in 2005 and first got funded in 2008, it’s becoming very popular with utilities worldwide, Erlich said, but it’s expanding fast. Oil and gas, transportation and other industries that derive value from advanced visualization and real-time analysis are buying its software, and the company just signed up its first new media customer. Although who it is and how it’s using the Space-Time software are still a secret.
Source:gigaom.com
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