It was a busy week at the smart grid SDO conference. I was working with three of
what the smart grid roadmap (www.nist.gov/smartgrid)
calls Priority Action Plans (PAPs). These action plans are schedule, price, and
messages for Demand Response (DR) and Distributed Energy Resources (DER). The
technology of the grid is harder, and riskier, but these standards are what will
give them a path to market. These standards will define the competition to make
products in the end nodes of the grid. By the middle of next year, we will have
three key standards out of this process.
Read MoreSmart Grid
Monday Morning at the Smart Grid SDO Workshop
Seven pre-meetings and a plenary into this workshop, it already feels like I have been here for a week. It has come a long way; everyone from the president’s Office of Science and Technology Policy (OSTP) to the state-side National Association or Regulatory and Utility Commissioners (NARUC) is on the same message. Smart grid interoperability standards must provide a platform for innovation. We must support more players and new entrants into energy markets. We must not make decisions in one domain that constrain the other domains...
Read MorePlumbing and the Man about the Net Zero House
Maybe the ongoing attempt to over-domesticate males is a barrier to sustainable energy. Maybe Swedish feminists are simply insensitive to carbon issues. Maybe Gaia just needs a man about the house. Maybe the essential appliance needed for the net zero energy (NZE) house is a urinal.
A report last week from Ohio University describes a catalyst capable of extracting hydrogen from urine. More efficient generation of hydrogen would be a great step to more effective energy storage, one without the major shortcomings of...
General Relativity and Control Systems Standards
I suspect most of my readers can just about remember light speed, the 100 foot barn, and the 110 foot log from learning about relativity. The barn had doors at each end, and one set would close the instant the other doors opened. The challenge was to transport the log through the barn. The answer had to do with light speed and collapsing space, so that as one got close enough to light speed, the log shortened, and it could fit through the barn. It was a simple enough calculation as to how fast one could go to make the log shrink how much. When each of us had completed the math, the professor sprang the surprise on us: "OK, what is happening from the perspective of a cockroach on the log?"