Energy Exchange

Smart Grid Jobs Booming In Bay Area

Source: Silicon Valley Smart Grid Task Force

This commentary was originally posted on the California Dream 2.0 Blog.

There’s something happening here. What it is, is perfectly clear: the smart grid is creating jobs in Silicon Valley and across the San Francisco Bay Area, according to a report just released by the Silicon Valley Smart Grid Task Force, which EDF oversaw as an advisory council member.

A well-respected research firm, Collaborative Economics, asked local businesses about their jobs in the smart grid sector. The results are early since the smart grid is still mostly in the planning stage but indications suggest it’s a job-engine that California can rely on.

The report divides the industry into four sectors:

  1. power management and energy efficiency,
  2. energy storage,
  3. local clean energy (distributed generation such as rooftop solar, small wind turbines, plus equipment manufacturing and installation), and the
  4. delivery of electricity (transmission and distribution).

During the depths of the recession from 2008 to 2009 when national unemployment doubled from 5% to nearly 10%, smart grid employment in Silicon Valley actually grew.

Manufacturing jobs in the industry are shining brightly against the dark cloud of declining blue-collar employment in the state. Today, more than half of the 12,500 smart grid jobs in the Silicon Valley are in manufacturing.

Investment activity across the diverse smart grid sectors has been robust since 2005 and with strong venture capital (VC) investments. California accounted for 69 percent of total US VC investment in 2010 and total amounts increased 66 percent from 2009 to $2.8 billion.

Investor interest in smart grid is no surprise, since the potential benefits of smart grid are significant and potentially very lucrative:

  • cleaner air,
  • reliable electricity supply,
  • low-cost electric vehicle charging, and
  • energy independence by way of local clean energy.

At the press conference where the report was released, San Jose Mayor Chuck Reed captured the importance of the smart grid when he said that many of the city’s Green Vision Goals for jobs, electric vehicles and renewable energy will only be reachable with a smart grid.

Another reason the Bay Area is creating smart grid jobs is that many of the companies at the heart of the region’s economy – information technology giants such as Oracle, Cisco, and Google, energy companies such as PG&E and Calpine, and technology leaders such as GE and Honeywell – are all at the smart grid frontier.

Consumers have rightly asked, ‘what can smart grid do for me?’ In addition to the many environmental benefits, smart grid means empowerment, both in the traditional electrical sense and now in terms of controlling one’s energy use and costs. Now we have another answer: your next job might be helping to build the smart grid.

Posted in California, Grid Modernization, Jobs / Read 3 Responses

Not All Smart Grids are Green Grids

psp-logo-150pxNow we’re talkin’.  Austin is already known as one of the “greenest” cities in the nation, and it looks like we’ll soon be even greener – and smarter, too.

The U.S. Dept. of Energy’s Nov. 24 announcement of $620 million in “smart grid” demonstration and energy storage projects included $10.4 million for the Austin-based Pecan Street Project. The grant will be used to fund an advanced smart grid project at the Mueller development in central Austin. The Mueller neighborhood – a public-private joint venture between the City of Austin and the Catellus Development Group – is located at the site of Austin’s former airport.

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Posted in Climate, Energy Efficiency, Grid Modernization, Renewable Energy, Texas / Read 12 Responses

EU Green Deal in Action: Critical choices ahead for the EU Low-carbon Hydrogen Definition

Image credit: © European Union, 2024

By Anna Lóránt and Léa Pilsner

The EU is finalising its Delegated Act on Low Carbon Fuels, a critical piece of its hydrogen policy. This is more than just a low-stakes technical step. If done right, it could significantly advance the EU’s decarbonisation agenda, showing the ‘Green Deal in action’. The details matter because this act will lay the foundation for Europe’s hydrogen industry and shape how effectively the EU meets its climate goals.

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Carbon dioxide injection wells require deliberate and protective liability rules

Post-closure liability management may be a rather obscure part of the burgeoning carbon capture and sequestration , or CCS, industry. But more and more lawmakers and regulators in U.S. states and around the world recognize it’s an important piece of their climate change agenda.

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The call for accelerating the supply of sustainable shipping fuels

By Marie Cabbia Hubatova and Angie Farrag-Thibault

At a time when it is critical to eliminate our dependence on fossil fuels, the shipping industry is endeavoring to do its part to decarbonize and keep global temperature rise below 1.5 degrees Celsius. Its success depends on there being sufficient clean fuel supply to substitute fossil fuels — but we are not on track. We need robust near-term decisions at the International Maritime Organization and in member states to bring investment security to steer the industry transition onto course.

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New research uncovers a climate blindspot for Canada’s oil and gas industry

Analyzing methane emissions in Canada's oilfield

By Scott Seymour and Ari Pottens

The Canadian government is likely overlooking an important source of climate pollution.  Surface casing vent flow and gas migration (types of underground leakage from oil and gas wells) has the potential to leak a lot of methane, but according to new research, neither governments nor companies know how much.

Canada has made a pledge to reduce 75% of the oil and gas industry’s methane emissions by 2030 as way to help combat climate change, but poor data and inaccurate estimates on well leakage makes it increasingly difficult to know if that goal is in sight.

New research reveals that across Alberta and British Columbia oil and gas well leakage could represent anywhere between 2-11% of the industry’s emissions. This huge range means policy makers can’t reliably know how this problem stacks up against other emission sources making it nearly impossible to set priorities or to craft regulations.

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Posted in General, Methane / Authors: / Comments are closed