Energy Exchange

What if gadgets talked to the grid to cut carbon? With this new technology, they can.

Having breakfast at a local restaurant last weekend, I was sitting next to parents who were desperately trying to get their toddler to eat the pancakes he had ordered a few minutes earlier. Watching the high-stakes drama, it occurred to me that toddlers are a bit like our electric grid: They can change drastically at a moment’s notice.

The better we are at reacting to the sudden outburst of “I hate pancakes” – or in the case of the grid, rapid changes in demand, price and emissions – the better off we’ll be.

For emissions at least, we can. Automated Emissions Reductions, or AER, is a new technology helping us to more precisely measure and proactively reduce the carbon emissions impact from our electricity use, in real time. A growing number of grid operators, businesses and energy managers nationwide are lining up to invest in this technology as an efficient way to cut their carbon footprint.

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Posted in Electricity Pricing, Energy Innovation, Fourth Wave / Comments are closed

Clean energy – not natural gas – drove decarbonization in 2017

Despite attempts by the Trump administration and the coal industry to limit clean energy in favor of fossil fuels – including a tariff on solar energy, a thinly-disguised bailout for coal and nuclear power plants (that was rightly rejected), and a dramatic proposed cut to energy research – we are accelerating the transition to a cleaner electric grid. In fact, last year was the first time the reduction in power sector emissions can be attributed more to energy conservation and renewable energy than switching from coal to natural gas.

The new 2018 Business Council for Sustainable Energy (BCSE) Factbook* highlights the electric power sector as the driving force behind the decarbonization of the U.S. economy. In total, power sector emissions declined 4.2 percent in 2017, mostly due to the 18.4 GW of new renewable energy we added to the grid (a 14 percent increase over the previous year’s total U.S. renewable capacity). In 2017, renewable generation represented about 18 percent of total U.S. generation (around10 percent from non-hydro renewables alone).

This explosive growth further cements renewable energy’s role in reducing emissions from the U.S. power sector. Let’s dig into the factors that led to this growth, and how we can extend this trend of emissions reductions from renewables beyond 2017. Read More »

Posted in Clean Energy, Climate, Demand Response, Electric Vehicles, Electricity Pricing, Energy Equity, Grid Modernization, Natural Gas, Solar Energy / Read 3 Responses

Why better energy data equals better lives – now more than ever

Better Data, Better Lives.

That was the theme of the second World Statistics Day celebrated two years ago on October 20th, 2015. The holiday was designed for celebration every five years, but in light of recent attacks on climate science, it is critical to showcase the value of clean energy data now, more than ever.

So, why is clean energy data important? Why do we need it? As a data analyst, I expect to answer or debate questions about the significance, trends, and use of data. But I don’t usually expect questioning why data should exist in the first place.

Upon reflection, however, I’d say the simplest response is this: We need clean energy data to progress economically, socially, and technologically.

From a family trying to save money on their electricity bill to the global community collaborating on a cleaner, more renewable future, energy data can unlock an unending list of benefits by facilitating the design of effective policies, empowering people and businesses with information, and spurring energy innovation. Here are a just a few of those benefits. Read More »

Posted in Clean Energy, Data Access, Energy Innovation, Grid Modernization / Read 2 Responses