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FaceBook open sources building an energy efficient data center

FaceBook's new custom-built Prineville Data Centre

Back in 2006 I was the co-founder of a Data Centre in Cork called Cork Internet eXchange. We decided, when building it out, that we would design and build it as a hyper energy-efficient data centre. At the time, I was also heavily involved in social media, so I had the crazy idea, well, if we are building out this data centre to be extremely energy-efficient, why not open source it? So we did.

We used blogs, flickr and video to show everything from the arrival of the builders on-site to dig out the foundations, right through to the installation of customer kit and beyond. This was a first. As far as I know, no-one had done this before and to be honest, as far as I know, no-one since has replicated it. Until today.

Today, Facebook is lifting the lid on its new custom-built data centre in Prineville, Oregon.

Not only are they announcing the bringing online of their new data centre, but they are open sourcing its design, specifications and even telling people who their suppliers were, so anyone (with enough capital) can approach the same suppliers and replicate the data centre.

Facebook are calling this the OpenCompute project and they have released a fact sheet [PDF] with details on their new data center and server design.

I received a pre-briefing from Facebook yesterday where they explained the innovations which went into making their data centre so efficient and boy, have they gone to town on it.

Data centre infrastructure
On the data centre infrastructure side of things, building the facility in Prineville, Oregon (a high desert area of Oregon, 3,200 ft above sea level with mild temperatures) will mean they will be able to take advantage of a lot of free cooling. Where they can’t use free cooling, they will utilise evaporative cooling, to cool the air circulating in the data centre room. This means they won’t have any chillers on-site, which will be a significant saving in capital costs, in maintenance and in energy consumption. And in the winter, they plan to take the return warm air from the servers and use it to heat their offices!

By moving from centralised UPS plants to 48V localised UPS’s serving 6 racks (around 180 Facebook servers), Facebook were able to re-design the electricity supply system, doing away with some of the conversion processes and creating a unique 480V distribution system which provides 277V directly to each server, resulting in more efficient power usage. This system reduces power losses going in the utility to server chain, from an industry average 11-17% down to Prineville’s 2%.

Finally, Facebook have significantly increased the operating temperature of the data center to 80.6F (27C) – which is the upper limit of the ASHRAE standards. They also confided that in their next data centre, currently being constructed in North Carolina, they expect to run it at 85F – this will save enormously on the costs of cooling. And they claim that the reduction in the number of parts in the data center means they go from 99.999% uptime, to 99.9999% uptime.

New Server design
Facebook also designed custom servers for their data centres. The servers contain no paint, logos, stickers bezels or front panel. They are designed to be bare bones (using 22% fewer materials than a typical 1U server) and for ease of serviceability (snap-together parts instead of screws).

The servers are 1.5U tall to allow for larger heat sinks and larger (slower turning and consequently more efficient) 60mm fans. These fans only take 2-4% of the energy of the server, compared to 10-20% for typical servers. The heat sinks are all spread at the back of the mother board so none of them will be receiving pre-heated air from another heat sink, reducing the work required of the fans.

The server power supply accepts both 277V AC power from the electrical distribution system and 44V DC from the UPS in the event of a utility power failure. These power supplies have a peak efficiency of 94.5% (compared to a more typical 90% for standard PSU’s) and they connect directly to the motherboard, simplifying the design and reducing airflow impedance.

Open Compute
Facebook relied heavily on open source in creating their site. Now, they say, they want to make sure the next generation of innovators don’t have to go through the same pain as Facebook in building out efficient data centre infrastructure. Consequently, Facebook is releasing all of the specification documentation which it gave to its suppliers for this project.

Some of the schematics and board layouts for the servers belong to the suppliers so they are not currently being published, though Facebook did say they are working with their suppliers to see if they will release them (or portions of them) but they haven’t reached agreement with the suppliers on this just yet.

Asked directly about their motivations for launching Open Compute Facebook’s Jay Park came up with this classic reply

… it would almost seem silly to do all this work and just keep it closed

Asking Facebook to unfriend coal
Greenpeace started a campaign to pressure Facebook into using more renewable energy resources due to the fact that Pacific Power, the energy supplier Facebook will be using for its Prineville data center produces almost 60% of its electricity from burning coal.

Greenpeace being Greenpeace, created a very viral campaign, using the Facebook site itself, and the usual cadre of humurous videos etc., to apply pressure on Facebook to thinking of sourcing its electricity from more renewable sources.

When we asked Facebook about this in our briefing, they did say that their data centre efforts are built around many more considerations than just the source of energy that comes into the data centre. They then went on to maintain that they are impressed by Pacific Power’s commitment to moving towards renewable sources of energy (they are targeting having 2,000MW of power from renewables by 2013). And they concluded by contending that the efficiencies they have achieved in Prineville more than offsets the use of coal which powers the site.

Conclusion
Facebook tell us this new custom data centre at Prineville has a PUE of 1.07, which is very impressive.

They have gone all out on innovating their data centre and the servers powering their hugely popular site. More than that though, they are launching the Open Compute Project giving away all the specs and vendor lists required to reproduce an equally efficient site. That is massively laudable.

It is unfortunate that their local utility has such a high gen-mix of coal in its supply to besmirch an otherwise great energy and sustainability win for Facebook. The good thing though is that as the utility adds to its portfolio of renewables, Facebook’s site will only get greener.

For more on this check out the discussions on Techmeme

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Photo credit FaceBook’s Chuck Goolsbee

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Engaging people in the energy conversation

Green Numbers

I went along to the MashupEvent Energy 2.0 – Energy goes Digital get together in London last Thursday.

It was a good event with some interesting speakers, including Usman Haque of pachube, Ajit Jaokar from FutureText and Paul Tanner (self-confessed energy nut!).

The talks were good – for me, one of the more interesting learnings was how pachube is being used to crowd-source rediation readings from hacked Geiger counters in Japan! Seriously awesome stuff, and a real case of people using the pachube platform for purposes never dreamed of when it was first created, I suspect.

When the floor was opened for questions and discussion, some interesting topics were raised. When the question was asked from the podium, one brave member of the audience confessed to being from a utility (British Gas) and she went on to raise an interesting point – she said it was hard to motivate people to to make any changes. British Gas, she said, have offered people free insulation, which would potentially save them hundreds of pounds, and they don’t take up the offer.

This is not the first time I have heard these kinds of stories. Why is that?

Toyota Prius dashboard driving info

Toyota Prius dashboard driving info

There are a few reasons for this, as far as I can see:

  1. When you are getting electricity bills like the one above, you have no idea what your actual consumption is like day-to day, minute-to-minute. I bought a Toyota Prius a number of years ago and it totally changed the way I drive because of how well the consumption information is fed back to me on the dashboard – the same is not true for the Honda Insight, as I discovered when Honda lent me one to trial, so not alone is it important to give people information on their consumption, it is also vital to present it in an easily digestible way.
  2. People don’t trust their utility companies – traditionally utility companies only communicate with their customers (who they often refer to as ratepayers!) when they are sending a bill or when a bill is overdue. This form of communication is not particularly conducive to establishing a good relationship. The basis for any good relationship and thereby trust is communication. Utility companies need to radically step up their customer communications, but not in a way that is spammy. They need to engage with their customers on all channels (if my preferred method of communication is Twitter, I want them to engage with me there, if my Dad’s preference is phone – talking to a person, not an IVR, then that’s where they need to talk to him). This is going to be a hard lesson for many utilities to learn but they fail to learn it at their own peril and
  3. Energy is too cheap! Possibly fixing 1 and 2 will persuade people to become more energy efficient, but I suspect, the real driver for energy efficiency will only come along when energy becomes more expensive. Only when the cost of energy really starts too impact on people’s lives, will they start to pay attention. Luckily, that’s the direction energy prices have been going for some time now!

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Photo credit Tom Raftery

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Friday Green Numbers round-up for March 11th 2011

Green Numbers

And here is a round-up of this week’s Green numbers…

  1. Progress Energy investing approximately $520 million dollars in smart grid technologies

    IBM today announced that it has been selected by Progress Energy as the lead systems integrator for the utility’s smart grid program. Together the companies will transform Progress Energy’s networks by improving power efficiency, increasing power quality and reliability, and enhancing capabilities for renewable energy, energy storage systems and plug-in electric vehicles.

    Progress Energy is investing approximately $520 million dollars in smart grid technologies through its two utilities that serve approximately 3.1 million customers in the Carolinas and Florida. The total investment includes $200 million from a read on …

  2. FIRST Green ‘e-Watt Saver’ 7W LED Lightbulb (Product Review)

    For Inspiration and Recognition of Science and Technology (FIRST) is a non-profit founded by inventor Dean Kamen over 20 years ago. It aims to inspire young people to learn about science, technology, engineering and math through challenging robotics competitions. To raise funds, they sell FIRST branded energy-saving LED lightbulbs (better than chocolate!). I had the chance to get my hands on one, so here’s my review read on …

  3. Can a Whole City Go Zero Waste?

    We’ve already seen how pay-as-you-throw trash metering can cut landfill waste in half, and we’ve witnessed whole cities make composting mandatory. So there’s little doubt that much, much more can be done by most cities to cut waste, and keep precious resources out of landfill. That’s why an announcement from my hometown that it will completely eliminate waste to landfill within three years is particularly exciting. But is it enough? read on …

  4. Carbon emissions from every public building in England and Wales

    The carbon emissions of every public building in England and Wales have been released, thanks to an FoI request by the Centre for Sustainable Energy. See what the data says about the read on …

  5. When Earth’s Human Population Was 18,500!

    Scientists have calculated that for a period lasting one million years and beginning 1.2 million years ago, at a time when our ancestors were spreading through Africa, Europe and Asia, there were probably between 18,500 to 26,000 individuals capable of breeding (and no more than 26,000). This made them an endangered species with a smaller population than today?s species such as gorillas which number 25,000 breeding individuals and chimpanzees (21,000).

    Researchers have proposed a number of explanations , such as read on …

  6. $44m Energy Efficiency savings whets AT&T’s appetite for more

    When John Schinter joined AT&T in 2009 as the company’s first energy director, he was charged with revamping the way AT&T manages energy consumption and developing programs to reduce use.
    In 2010, the telecommunications giant implemented a whopping 4,200 projects aimed at improving energy efficiency, AT&T announced today. The effort has generated $44 million in annualized energy savings, setting the stage for an even more aggressive read on …

  7. February Arctic Sea Ice Ties For Record Low As Global Snow Cover Remains High

    New data coming out of the National Snow and Ice Data Center reveals two things which may at first seem contradictory at first but aren’t: The extent of Arctic sea ice in February tied for a record low, while at the same time snow cover for January and February in the Northern Hemisphere remained extensive, ranking in the top six extents on record.

    Resolving the apparent but erroneous contradiction first, in the NSIDC’s words:
    Both linked to a strong negative phase of the Arctic Oscillation. A strongly negative AO favors outbreaks of read on …

  8. ABB wins $50 million solar order in Italy

    ABB has won a $50 million order from Phenix Renewables to deliver a 24 megawatt (MW) photovoltaic (PV) solar power plant in Lazio, central Italy.

    Once connected to the grid, the Phenix solar plant will supply up to 35 gigawatt-hours (GWh) of electricity a year, avoiding the generation of over 25,000 tons of CO2 emissions, equivalent to the annual emission of over 10,000 European cars.

    ABB will be responsible for the read on …

  9. IBM Names First 24 Recipients Of Smarter Cities Challenge Grants

    IBM today selected 24 cities worldwide to receive IBM Smarter Cities Challenge grants. The grants provide the cities with access to IBM’s top experts to analyze and recommend ways they can become even better place in which to live, work and play.

    The IBM Smarter Cities Challenge is a competitive grant program in which IBM is awarding a total of $50 million worth of technology and services to 100 municipalities worldwide over the next three years. Teams of specially selected IBM experts will provide city leaders with read on …

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IBM Pulse and Smarter Buildings/Smarter Cities

Mike Rhodin, IBM SVP, talking Smarter Cities at IBM Pulse

I attended IBM’s Pulse conference last week and the big surprise for me was the amount of attention being paid to Smarter Buildings and Smarter Cities. With 600+ sessions over six parallel tracks it is only to be expected that there be some Smarter Building content but at this event Smarter Buildings and Smarter Cities were mentioned in most of the keynotes. The Smarter Buildings market has obviously been identified by IBM as one to chase.

IBM also timed two related press releases to coincide with the event – in the first IBM talk about how they worked with McMaster University to improve the energy supply and use in its 60 campus-wide buildings and a university hospital. In the second announcement IBM released the names of several cities it is working with on Smarter Cities initiatives (Washington D.C., Wilmington, N.C. and Waterloo, Ontario).

Smarter Buildings are obviously a big play what with buildings being responsible for anything up to 40% of the world?s energy use, and approximately 33% of the world?s greenhouse gas emissions – and then there is the market size to consider – every building on the planet potentially.

Buildings are complex animals and they are not exactly dumb today – so how do we go about making them smarter? Most buildings have many disparate data sources (lights, heating, aircon, running equipment, doors, lifts, etc.). Where the likes of IBM can help is in pulling all this information together into a single window, and allowing building managers to view the information in context. IBM then layers its analytics on top of the information to show trends in energy use, highlight problems, as well as helping forecast and optimise energy consumption.

Similarly, but on an even bigger scale, IBM is helping cities manage their systems. Everything from traffic congestion and lighting optimisation, right the way through to water use optimisation and first responder call outs can be managed electronically right now. Again these systems have lots of disparate data – but it is in consolidating this data that IBM excels. Right now they are working with cities on individual projects around things like water use and traffic but look out for announcements soon from IBM on a product for the management of entire cities. That’ll be one to get really excited about!

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Photo credit Tom Raftery

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Friday Green Numbers round-up for Feb 18th 2011

Green Numbers

And here is a round-up of this week’s Green numbers…

  1. How La Poste Saves $7 Million a Year In IT Energy Costs

    France’s La Poste manages 180,000 PCs that sat mostly idle, yet still used as much electricity as if they were fully engaged in a difficult computing problem.

    “The AVOB solution does what other solutions do by automatically putting the PC into low energy mode when inactive after a specified amount of time,” Charpentier explained. “That saved La Poste 50 percent on average. What AVOB does differently is to also automatically adapt power consumption of the PC depending on the task to save an additional 10 to 20 percent on the …

  2. Joule on Pace to Produce Solar Fuels at Productivities Far Exceeding Those of All Known Biofuel Processes

    Joule Unlimited, pioneer of Liquid Fuel from the Sun?, today supported the high-productivity potential of its production process with the publication of a detailed analysis and model of its breakthrough solar-to-fuels platform.

    Published by Photosynthesis Research, the peer-reviewed article examines Joule?s critical advances in solar capture and conversion, direct product synthesis and continuous product secretion, which collectively form a platform for renewable fuel and chemical production with yields up to 50X greater than the maximum potential of any process requiring biomass. In addition, the analysis counters prior assumptions about …

  3. Waste Management Announces Fourth Quarter and Full Year 2010 Earnings

    Waste Management, announced financial results for its fourth quarter and for the year ended December 31, 2010. Revenues for the fourth quarter of 2010 were $3.19 billion compared with $3.01 billion for the same 2009 period. Net income for the quarter was $281 million, or $0.59 per diluted share, compared with $315 million, or $0.64 per diluted share, for the fourth quarter of 2009. The Company noted several items that impacted results in the 2010 and 2009 fourth quarters. Excluding these items, net income would have been $287 million, or $0.60 per diluted share, in the fourth quarter of 2010 compared with $257 million, or $0.52 per diluted share, in the fourth quarter of 2009, an increase in earnings per diluted share of over 15%.

    For the full year 2010, the Company reported revenues of $12.52 billion compared with $11.79 billion for 2009. Earnings per diluted share were $1.98 for the full year 2010 compared with …

  4. Exxon, Shell Both Essentially Admit Peak Oil Is Upon Us – Or Will Be Soon

    Two today on peak oil and how the big oil companies are finally publicly (if quietly) coming around to what peak oil researchers have been saying for a while: It’s here, or will be shortly.

    First, Wall Street Journal highlights how ExxonMobil is having a hard time finding new oil and has had a hard time for a while now. For the past 10 years for every 100 barrels it’s extracted it’s only been able to find 95 more. Natural gas exploration on the other hand has been very successful–enter, fracking.

    Second, Raw Story sums up a report by Shell that at best …

  5. Climate change doubled likelihood of devastating UK floods of 2000

    Researchers have for the first time quantified the part climate change played in increasing the risk of a severe flood

    Global warming made the floods that devastated England and Wales in the autumn of 2000, costing ?3.5bn, between two and three times more likely to happen, new research has found. This is the first time scientists have quantified the role of human-induced climate change in increasing the risk of a serious flood and represents a major development in climate science.

    “It shows climate change is acting here and now to load the dice towards more extreme weather,” said Myles Allen of Oxford University, who led the work, which he started after his own home was…

  6. Florida governor slams brakes on high-speed rail – rejects $2.4 billion in government funds

    Florida’s Tea Party-backed Governor Rick Scott on Wednesday rejected $2.4 billion in government funds to build a high-speed passenger rail line, prompting a sharp rebuke from Washington as political tensions grew over the federal budget deficit.

    At a news conference in the state capital, Scott strongly criticized President Barack Obama’s budget proposal for 2012 unveiled on Monday and said federal grants earmarked for Florida to begin work on a high-speed rail link between Tampa and Orlando would be turned down.

  7. Soaking Up the Sun to Squeeze Bills to Zero – Zero-Net Energy office building in Colorado

    The west-facing windows by Jim Duffield?s desk started automatically tinting blue at 2:50 p.m. on a recent Friday as the midwinter sun settled low over the Rocky Mountain foothills.

    Around his plant-strewn work cubicle, low whirring air sounds emanated from speakers in the floor, meant to mimic the whoosh of conventional heating and air-conditioning systems, neither of which his 222,000-square-foot office building has, or needs, even here at 5,300 feet elevation. The generic white noise of pretend ductwork is purely for background and workplace psychology ? managers found that workers needed something more than silence.

    Meanwhile, the photovoltaic roof array was…

  8. Soladigm Closes $40M for Its First Smart Window Factory

    Windows that can be tinted on demand could be a promising way to cut energy costs, but technology to control the amount of light and heat that pass through windows isn?t common. Soladigm hopes to change that and has just lined up an additional $10 million in equity financing to bring a Series C round to a total of $40 million, the company said Tuesday.

    Soladigm plans to use some of the money for its first factory, which will cost about $130 million, be located in Mississippi, and be set to start shipping its electrochromic windows in the first quarter of …

  9. Would you buy a $40 light bulb?

    Maybe you should.

    This week, Philips Lighting said that its AmbientLED 12.5 watt bulb ? which, just to confuse you, is also sold under the Philips EnduraLED brand ? has qualified for a EPA?s Energy Star rating. That means that it?s an efficient and, quite possibly cost-effective alternative to the 60-watt bulb, even with a $39.97 list price at Home Depot.

    Here?s how the math works, at least according to Philips …

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Friday Green Numbers round-up for Feb 4th 2011

Green Numbers

And here is a round-up of this week’s Green numbers…

  1. Europe’s Energy

    Member States of the European Union have agreed on targets aimed at reducing greenhouse gas emissions by cutting energy consumption by 20% and increasing the share of renewables in the energy mix to 20% by 2020. The ‘Europe’s Energy’ project gives users a set of visual tools to put these targets into context and to understand and compare how progress is being made towards them in different countries.

  2. Survey results: Utilities executives on Energy Efficiency and the Smart Grid

    The survey asked 106 utility executives ? the people that arguably know more about the energy supply and demand challenges our nation faces than anyone else ? a range of questions on the smart grid, energy efficiency and related topics and issues.

    We issued a press release today with some of the highlights, but to help put this week?s news into context, we also wanted to share a full breakdown of the results. Nothing earth shattering, but worth keeping in mind as the week progresses?

  3. 10 Smart Grid Trends from Distributech

    The annual smart grid event Distributech kicked off in San Diego Tuesday morning and ? as expected ? unleashed a whole series of news from smart grid-focused firms. From new home energy management products, to plug-in car software, to distribution automation gear, this is a list of trends and news from the show.

  4. US Venture Capital Investment in Cleantech Grows to Nearly $4 Billion in 2010, an 8% Increase From 2009

    US venture capital (VC) investment in cleantech companies increased by 8% to $3.98 billion in 2010 from $3.7 billion in 2009 and deal total increased by 7% to 278, according to an Ernst & Young LLP analysis based on data from Dow Jones VentureSource. VC investment in cleantech in Q4 2010 reached $979 million with 72 financing rounds. VC investment in cleantech in Q4 2010 reached $979 million with 72 financing rounds, flat in terms of deals and down 14% in terms of capital invested compared to Q4 2009.

    “In comparison to the early days of cleantech, the 2010 US VC investment results reflect a turning point in the industry due to improving credit and capital markets, the deployment of stimulus spending and increasing corporate cleantech adoption,” said Jay Spencer, Ernst & Young LLP’s Americas Cleantech Director.

  5. A jump at the pump – bad news for more than motorists

    Few trends cast shadows on economies and politicians like a rise in the cost of petrol. Barack Obama?s presidency, so far a minefield of crises, can add one more in the form of higher prices at the pump. Entering the last full week of January the average price of a gallon (3.7 litres) of petrol stood at $3.11, up 40 cents from a year earlier. Fuel has never cost so much in January, but that is unlikely to be the highest price Americans pay for it this year.

  6. Arctic Oscillation brings record low January extent, unusual mid-latitude weather

    Arctic sea ice extent for January 2011 was the lowest in the satellite record for that month. The Arctic oscillation persisted in its strong negative phase for most of the month, keeping ice extent low.

    Arctic sea ice extent averaged over January 2011 was 13.55 million square kilometers (5.23 million square miles). This was the lowest January ice extent recorded since satellite records began in 1979.

  7. Despite emails and cold winter, 83% of Brits view climate change as a current or imminent threat

    The public?s belief in global warming as a man-made danger has weathered the storm of climate controversies and cold weather intact, according to a Guardian/ICM opinion poll.

    Asked if climate change was a current or imminent threat, 83% of Britons agreed, with just 14% saying global warming poses no threat. Compared with August 2009, when the same question was asked, opinion remained steady despite a series of events in the intervening 18 months that might have made people less certain about the perils of climate change

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The smart building space just got smarter

I attended an IBM Analysts recently in London where IBM briefed us on a number of announcements in the Smart buildings space.

Why do we need smart buildings in the first place? What problem are they solving? Well, according to IBM, worldwide, buildings consume 42% of all electricity generated and by 2025 they will be the largest emitters of greenhouse gases on the planet! That’s definitely something we want to start tackling sooner rather than later.

What exactly is a Smart Building?

Building controls

Old Building controls

A Smart Building is one which takes data from all of a building’s disparate systems – think lighting, air conditioning, water heating and pumping, access control, video and physical security, lifts, etc. and provides integrated control of those system. Also a smart building has analytics to report when there are problems with any of the building’s connected systems and it brings all this information together into management dashboards appropriate for the users and operators of the building.

Having access to this data and integrated control enables building owners/operators to reduce energy consumption, increase operational efficiency and by responding more quickly to alerts, to reduce maintenance costs. According to IBM, adding intelligence to buildings, can reduce energy usage by 40% and maintenance costs by anywhere between 10-30%.

IBM see this as an important emerging space so they recently announced new software, appliances and partnerships to help address it.

The IBM partnership with Schneider Electric has yielded a new smarter buildings solution which when deployed in Bryant University in Smithfield, Rhode Island saw:

a 15 percent reduction in energy consumption in its data center, with similar savings expected campus wide– across 50 buildings on 428 acres

Maximo Asset Management for Energy Optimization 7.1.1

Maximo for Energy Optimization 7.1.1

IBM’s latest version of their Maximo software can create a data-driven heat map of a data center room at any height (important because temperatures can vary wildly by height within a data center). The heat map is a useful too to see cooler spots where perhaps a little less air conditioning energy need be expended (by, for example, swapping out a perforated floor tile for a solid one).

Finally, IBM, as founder members of the Green Sigma Coalition, announced that AutoDesk have signed up as members of the organisation. The Green Sigma Coalition brings together leading players in the industry (IBM, SAP, Johnson Controls, Honeywell Building Solutions, Eaton, ESS, Cisco, Siemens Building Technologies Division, and Schneider Electric) to help clients optimise their buildings for energy, carbon, water and waste.

The addition of AutoDesk adds a new dimension to the coalition. Now it will be possible to design efficiency and sustainability in to building projects right from the beginning, which is obviously far better than trying to retrofit, after the building has been built.

The Smart Building space, a natural extension of smarter data centers, is one with huge potential for efficiencies and energy savings. There are lots of players diving into this space but very few of them have the breadth of vision, the installed customer base or the existing toolset which IBM already has at its disposal to make a credible play here. Fun times ahead.

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Friday Green Numbers round-up 09/03/2010

Green Numbers

Photo credit trindade.joao

And here is this week’s Green numbers:

  • ?There?ve been multiple gigawatts of solar thermal power plants planned for various places in the California desert for some time, but finally some more of them are getting the approvals need so that construction can start: The US Bureau of Land Management has issued a final environmental impact statement for the 1,000 MW Blythe Solar Power Project; and the 250 MW Beacon Solar Energy project has received final California state approval as well.
    The smaller of the two first: Renewable Energy World reports NextEra Energy Resources has been given the green light by the California Energy Commission to begin construction on the 250 MW Beacon Solar Energy project.

  • Researchers at Columbia University have demonstrated that a layer of plants and earth can cut the rate of heat absorption through the roof of a building in summer by 84%

    Perhaps the greatest overall benefit of green roofs comes in tackling the “urban heat island” effect, which Gaffin suggests is responsible for two-thirds of New York’s localized warming over the last century. The conventional black rooftops that he calls “tar beaches” are major contributors to this phenomenon, absorbing and re-radiating the sun’s energy as heat. “We’re going to want to cool regional climate down, especially where people are living,” Gaffin noted. “So we’re going to have to confront the urban heat island effect.”

    While conventional roofs can reach temperatures of 80 ?C at 1.00 p.m. even outside of high summer, green roofs always stay closer to ambient temperatures. “These [conventional roofs] are almost dangerously hot spaces,” Gaffin told environmentalresearchweb. “That’s a huge heat load that we can get rid of.”

    Plants in green roofs regulate their temperatures through evapotranspiration. “They evaporate copious amounts of water,” Gaffin explained. “That takes a lot of energy and means it’s a great way to stay cool.”

  • Energy efficiency is THE core climate solution. It’s the biggest low-carbon resource by far. “Efficiency Works” [PDF], a major new report by Bracken Hendricks, Bill Campbell, and Pen Goodale, finds that a straightforward set of policies aimed at upgrading just 40 percent of the residential and commercial building stock in the United States would:

    1. Create 625,000 sustained full-time jobs over a decade.
    2. Spark $500 billion in new investments to upgrade 50 million homes and office buildings.
    3. Generate as much as $64 billion a year in cost savings for U.S. ratepayers, freeing consumers to spend their money in more productive ways.

  • Cisco this morning announced its intent to acquire privately-held Arch Rock, which specializes in IP-based wireless sensor network technology with a focus on energy and environmental monitoring and Smart Grid applications.

    Financial terms of the transaction are not being disclosed.

  • ONE of the curiosities of carbon markets is that they do not just trade in carbon. Other greenhouse gases can be given a value, too?sometimes a very high one. Claims that these prices promote scammery are now prompting some searching questions.

    The gas at the centre of the controversy is HFC-23, a greenhouse gas which, on a weight-for-weight basis, is 14,800 times better at trapping heat than carbon dioxide. HFC-23 is produced as a by-product of the manufacture of HCFC-22, an ozone-destroying refrigerant. HCFC-22 is banned in developed countries, but developing countries can keep making it until 2030.

    The acronyms do not end there. Under the Clean Development Mechanism (CDM) of the United Nations HCFC-22 producers in developing countries that destroy, rather than release, their HFC-23 can be eligible for Certified Emission Reduction (CER) credits, which can then be traded in the European Union?s emissions-trading scheme. This allows companies to buy extra emissions reductions to meet their cap-and-trade obligations, and in so doing to transfer money to schemes reducing emissions in developing countries.

  • A page showing and explaining in-depth the real-time energy use (electricity & gas) of UK govt buildings at 3-8 Whitehall place

  • Iberdrola Renovables, in consortium with Neoenergia, has been awarded the contract for nine new wind farms in Brazil, with total installed capacity of 258 MW. It is the second contract to develop renewable energy that the company has won in Brazil.

    The contract award took place in Rio de Janeiro, during the second tender process for renewable energies in the country, organised by the Agencia Nacional de Energ?a El?ctrica (Aneel).

    Iberdrola Renovables has committed to supply the electricity generated at these facilities to the Brazilian government for a 20-year period, starting in January 2013. The annual amount of the contract awarded yesterday by Aneel is about ?60 million (130 million reales).

  • PG&E is handing over tens of thousands of dollars to the nonprofit Sempervirens Fund to protect a 425-acre stand of redwoods once slated for logging deep in the Santa Cruz Mountains.

    The deal, expected to be completed next month, is part of the utility’s efforts to combat greenhouse gas emissions, in this case safeguarding trees for carbon absorption, and is helping to drive a new marketplace where people and business are offered an incentive to offset pollution.

    “We’re finding a new financial model here for doing things to capture greenhouse gases that wouldn’t have been done otherwise,” said Robert Parkhurst, climate protection and analysis manager for PG&E.

    “It’s a new paradigm for protecting the environment.”

  • More companies trading in carbon offsets and those financing emissions reduction projects are setting up shop in?Singapore.

    More than 30 such carbon-related firms have done so in the last three years or?so.

    The trade in carbon credits, worth US$153 billion (S$208 billion) globally last year, is driven by various requirements to cut back on greenhouse gas emissions. These include cap-and-trade regulations in Europe and countries scrambling to fulfil carbon emissions obligations under the United Nations? Kyoto Protocol.

  • And you thought John Deere was all about tractors. This morning utility Exelon said it will buy up the wind power division of John Deere, called John Deere Renewables, for $860 million, plus an additional $40 million once all of the projects are completed. John Deere Renewables has 965 MW of clean power projects under development in various stages.

  • The immensely popular LCDs screens that are found everywhere in the modern home (television, computer, laptop, cellphones, etc) use less energy than CRTs, the previous technology, but they are still far from being optimally efficient. Only about 8% of the light emitted by a LCD’s backlight makes its way out, and the rest is wasted. But that might be about to change thanks to a new filter that could boost that efficiency by more than 400% and allow around 36% of the light to pass through.

Posted from Diigo. The rest of my favorite links are here.

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Digital Lumens intelligent LEDs cut Maines energy for lighting by 87%

Digital Lumens and Maines Before and after
Photo of before and after installation of Digital Lumens lighting system in Maines Paper & Food Service courtesy of Digital Lumens.


Digital Lumens reduced the cost of lighting for their first customer by 87%.

Digital Lumens specialise in high-bay lighting for warehouses, cold storage facilities, and manufacturing plants. This is a mostly invisible but very large segment. It is estimated that in the US alone, $5bn worth of lighting is sold into the supply chain sector every year.

Mike Feinstein, Digital Lumens’ VP of Sales and Marketing, told me on a recent call that they are very much a start-up company and that they have had their first revenues in this calendar year.

In a recent press release Digital Lumens reported that their first large-scale customer, Maines Paper & Food Service has reduced their energy requirements for lighting by 87% since installing the Digital Lumens lighting system. Up until now, Maines 500,000 sq ft (46,450 sq meters) warehouse was lit using sodium lights 24 x 7 and lighting costs made up around 20% of Maines total energy spend.

With the new system Maines expects to save 1,726,108kWh per year which, at a cost of US$0.0958 per kWh for industrial customers in New York, amounts to a $ saving of just over $165,000 per annum. This saving, combined with an incentive provided by the New York State Energy Research and Development Authority (NYSERDA), means that Maines will recoup the cost of this project in less than a year!

I was fascinated with this story so I spoke to Pat DeOrdio, the VP of Operations for Maines.

Pat told me that Maines were doing a full analysis of their lighting to see how “we could reduce our kW off the grid and help with our Green initiatives” when they came across the Digital Lumens solution.

For Pat, what was particularly compelling about the intelligent lighting system was the management software which came with it

“With Digital Lumen’s lights, every one of them is like a little computer. It has its own IP address so we are able to control that lighting level – if we want to have the light turn off in 30 seconds, 60 seconds or when nobody’s in the aisle, you know, why do you want it lit? It gives us the ability to control the light level from a computer and it reduces our energy cost”

Of course another big advantage of the LED lights is the fact that they give out so much less heat. This is particularly important in large cold rooms and freezers because it reduces the workload on the chillers cooling the rooms

Three other big advantages Pat cited to the Digital Lumens’ solution were that:

  1. They allowed lights to be turned down to a ‘nightlight mode’ – 10% light. This was important in the large warehouse setting for worker safety.
  2. The total flexibility of the system means that, in Pat’s words “as we get used to it, maybe we’ll only turn the light up to 80%, cos that’s all the light level we’ll need” – allowing for further savings and
  3. The colour of the light is much brighter now so the produce they are stocking even looks better!

LED lighting is making huge strides now in commercial settings. When the Sentry Equipment Corporation in Oconomowoc, Wis., was considering how to light its new factory, it decided to go with LED’s. From the New York Times report on the building:

By lighting all of the building?s exterior and most of its interior with L.E.D.?s, Sentry spent $12,000 more than the $6,000 needed to light the facility with a mixture of incandescent and fluorescent bulbs. But using L.E.D.?s, the company is saving $7,000 a year in energy costs, will not need to change a bulb for 20 years and will recoup its additional investment in less than two years.

Kaj den Daas, chairman and chief executive of Philips Lighting, one of the largest manufacturers of lighting globally, in an interview two years ago said ?We are not spending one dollar on research and development for compact fluorescents.? Instead, the bulk of its R.& D. budget, which is 5.2 percent of the company?s global lighting revenue, is for L.E.D. research. Philips is betting the store on the L.E.D. bulbs, which it expects to represent 20 percent of its professional lighting revenue in two years.

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“The face of the Smart Grid will be paper!”

Utility bill

Photo credit Tom Raftery

We had a briefing from a company called Opower the other day. We take lots of briefings but this one struck a different chord straight away when Ogi Kavazovic, Opower’s Sr. Director of Marketing and Strategy who was giving the briefing, said Opower is “one of the few new companies in the energy efficiency space, as distinct from the smart grid space”. A company claiming not to be in the smart grid space? How refreshing!

Opower set out, when set up three years ago to unlock the information in people’s electricity meters and came up with its first product, the Home Energy Report. This is a printed report sent to home-owners to motivate them to change their behaviour so that they reduce their energy consumption. The report is personalised, benchmarked against peers and contains targeted tips on how to reduce their consumption.

The Home Energy Report initially was rolled out to 35,000 homes but is now being delivered to over a million homes across the US (and later this year it is expected to go to up to 5 million homes). And the Home Energy Report is currently delivering savings of 2-3% per annum, year on year.

One of the interesting things about Opower is that they have been able to deliver on the notion of behaviour based energy efficiency.

Ogi made the point that people are just not interested in checking their energy information online (apart from a very few energy geeks). This leads us to an interesting point – in today’s Smart Grid ecosystem, the two primary mechanisms companies are hoping to rely on for customer engagement are the website and in-home devices. However, Ogi contends that this is flawed because people are not interested enough seek out this information.

One of Opower’s learnings from two years of doing this is that you have to push information to home owners which is why Opower went with the paper-based mail channel for delivery. This was completely counter-intuitive to me. I love digital information and shun paper-based communications. If I receive it in paper, I can’t click on it, I can’t drill down for more information but seemingly, I am in a minority!

Opower have done surveys on the recipients of their reports and found that close to 70% of the recipients have talked to their families about the reports i.e. not only have they read them and acted on them (the 2-3% reduction) but they have discussed them with their families!

Hence Ogi’s assertion that “the face of the Smart Grid will be paper” – it seems high tech meter’s primary communication interface with home-owners will be with the low tech medium that is paper, at least for the time being!