New computer? Check out ClimateSavers!

No, Climate Savers isn’t a new brand of computer manufacturer. Nor is it a hip new computer store.

No, Climate Savers is a coming together of computer manufacturers to reduce the power consumption of computers by 50% by 2010.

There are a lot of big brand manufacturers there (although conspicuously absent are Sony and Apple).

Climate Savers has a browsable catalog of computers (laptops, PCs, and Servers). Select your preferred manufacturer and you get a listing of the low energy rated computers available they produce.

Climate Savers catalog

With the rise and rise of ethical consumerism, this kind of site is very important in helping computer purchasers decide which computer model to opt for.

Bear in mind that with the rising cost of energy, the capital cost of computers is now being overshadowed by the increasing operating costs associated with keeping them running. The less power they consume, the better for the planet but also the better for your wallet/bottom line.

Ireland launching world’s first tidal power scheme

The world’s first turbine to generate commercial amounts of electricity from tidal energy is being installed in Strangford Lough today.

The SeaGen turbine which can generate up to 1.2MW (enough to power approx 1,000 homes) was developed by Marine Current Turbines and works much like submerged windmills, but driven by flowing water rather than air. These turbines can be installed in the sea at places with high tidal current velocities, or in places with fast enough continuous ocean currents, to extract energy from these huge volumes of flowing water.

SeaGen tidal power turbine

SeaGen consists of twin axial flow rotors of 20m in diameter, each driving a generator via a gearbox much like a hydro-electric turbine or a wind turbine. These turbines have a patented feature by which the rotor blades can be pitched through 180 degrees in order to allow them to operate in bi-direction flows – that is on both the ebb and the flood tides. The twin power units of each system are mounted on wing-like extensions either side of a tubular steel monopile some 3m in diameter and the complete wing with its power units can be raised above sealevel to permit safe and reliable maintenance.

Tidal power is very environmentally friendly in that it generates no noise, no emissions and has a minimal visual impact as the rotors are underwater.

One of the investors in this project is Ireland’s Electricity Supply Board (the former incumbent electricity co.) who are investing £3m in the project and more importantly have given a commitment to buy all the electricity generated for the first five years.

The ESB will therefore be one of the first electricity companies in the world providing tidal energy to its customers.

Now a Greenmonk Associate!

James Governor of Redmonk recently asked me to become a Greenmonk associate.

Redmonk is an open source analyst company and Greenmonk is a closely-related though independent initiative on James’ part.

My involvement as a Greenmonk Associate means that I will now be blogging on Greenmonk regularly, as well as here (and other places!) and helping out with Green consultancy from time to time.

I published my first post there on Friday and was delighted with James’ post introducing me. I have long been a fan of James’ Greenmonk blog so getting a chance to contribute to it is an honour. Thanks James.

UPDATE - post updated to reflect James’ comment.

Wind Energy data for the US

I found a couple of very interesting sites on the state of Wind energy production in the US in the last couple of days.

The first is the website of the US Dept of Energy’s Wind and Hydropower technologies program. It includes a page which charts the rollout of wind power across the US over time.

Wind Energy rollout in the US over time

You can see how total installed capacity went from 11,575 MW in 2006 to 16,596 MW in 2007 - nearly a 70% increase in a single year. Surprisingly (to me at least) Texas leads the field with 4,296 MW, roughly 25% of the entire nation’s capacity.

Even more interesting though is the site of the American Wind Energy Association. On their projects page for example, they have a breakdown all the wind energy statistics for each state and a map colour coded by rollout.

You see that although Texas has rolled out 4,296 MW, it has a total potential capacity of 136,100 MW so it is far from saturation.

And then at the other end of the scale laggards like Michigan have a total potential of 7,460 MW but have only rolled out 52.8 MW. Similarly Nevada has a potential of 5,740 MW and have a total rollout of? 0 MW. Yup, 0 MW! Anyone reading this from Nevada or Michigan want to try to explain why this might be?

Irish company to spend €22 billion on renewables?

ESB, the incumbent Irish energy company, are not renowned for being innovative but today they shocked everyone when they announced that they are going on a capital expenditure program worth €22 billion!

This has got to be the largest announced investment by a single company in Ireland in the history of the state.

Why am I reporting it here? Well, the announced investment is in renewable energy. They say:

The Board of ESB has approved a Strategic Framework to 2020 that will see major company investment in renewable energy, the halving of its carbon emissions within 12 years, and the achievement of carbon net-zero by 2035…

By 2020, ESB will be delivering one-third of its electricity from renewable generation. This will include over 1,400 megawatts of wind generation, in addition to wave, tidal and biomass. To promote this, the company will invest in emerging green technologies.

The chairman of the ESB, Lochlann Quinn is quoted as saying:

ESB is operating in a dramatically changing environment. Three overarching concerns now exist - the consequences of climate change, energy security and competitiveness of energy supply and ESB is strong, focussed and prepared to deal with them

This is an amazingly positive move for an organisation which would generally not have a track record of original thinking.

Let’s hope other energy companies will follow in their lead.

The War Room convenes - optimism ensues!

I saw an article in the New York Business section yesterday which reported that Richard Branson hosted a high powered get together of some of the world’s top businessmen to discuss climate change. Amongst the attendees were former British prime minister Tony Blair, Google’s Larry Page, Wikipedia’s Jimmy Wales, Vinod Khosla, Better Place PLC.’s Shai Agassi, and Tesla’s Elon Musk amongst others.

Branson wants to create a coalition of respected business leaders called the War Room to

help champion environmental “best practices” — a resource for governments and multinational companies looking for help as they develop environmentally sound policies

Changing tack for a second, I read another article yesterday on the WorldChanging site called the Politics of Optimism and it really resonated with me. The central thesis of the post is that optimism can be revolutionary:

cynicism in average people is the attitude exactly most likely to conform to the desires of the powerful – cynicism is obedience.

Optimism, by contrast, especially optimism which is neither foolish nor silent, can be revolutionary. Where no one believes in a better future, despair is a logical choice, and people in despair almost never change anything. Where no one believes a better solution is possible, those benefiting from the continuation of a problem are safe. Where no one believes in the possibility of action, apathy becomes an insurmountable obstacle to reform. But introduce intelligent reasons for believing that action is possible, that better solutions are available, and that a better future can be built, and you unleash the power of people to act out of their highest principles.

I have always felt that but never saw it expressed so well.

I strongly believe that the tide is turning. The Bush’s of the world are in the minority and the urgency of Green Agenda is now coming into mainstream consciousness.

When you have groups of people like the War Room mentioned above self-organising to tackle Climate Change, one can’t help but be more optimistic.

Check out Wattzon!

Via Tim O’Reilly today I came across Saul Griffiths‘ highly informative Wattzon.org site.

The site starts out by informing us that

The average American uses 11400 Watts of power continuously. This is the equivalent of burning 114 x100 Watt light bulbs, all the time. The average person globally uses 2255 Watts of power, or a little less than 23 x100 Watt light bulbs.

The site then hosts a document which details an incredible amount of information on current trends in climate, atmospheric CO2 levels and energy usage.

Saul goes on to ask, what is an acceptable temperature rise? If we can answer that, then we know how much CO2 we can pump into the atmosphere. We also know how much energy the world requires now. So we can calculate the amount of non-carbon based energy we require to meet the shortfall.

Saul explains it better in this short video - watch the video, visit the site.

Dopplr and BA adding Carbon Footprint info

Dopplr is a site where you add your travel-related information and it tells you of others in your network who are making similar journeys so you can meetup. Via Ian Forrester’s blog this morning I saw that Dopplr are making your travel-related carbon footprint information available.

I failed to find the functionality in my Dopplr account yet as it is still in testing but according to the blog post, it will be launching soon.

This is a fabulous addition to the site. It is only by giving people access to this kind of information that they can make informed decisions about their environmental impact.

In a related note, I noticed the other day that BA now include information on the carbon footprint of your journey and offer you the chance to pay for it - an excellent idea, kudos to BA.

BA making Carbon Footprint info available

Microsoft is chasing the energy efficiency dollar!

Microsoft is moving into a new area, energy efficiency software!

Rob Bernard, Microsoft’s new Energy Czar (his official title is Chief Environmental Strategist), in a recent interview with Cnet’s Michael Kanellos, Rob said

“I am highly familiar with the massive opportunity for software and intelligence to optimize energy control systems,” he said. “I think that buildings account for something like 37 percent of greenhouse gases around the globe. If you look at the big sectors–transportation, buildings and building management, deforestation, electrical grid, and utilities–in every one of those we are looking at how software can enable innovation.”

As in other markets, Microsoft will rely heavily on third-party developers. The developers will come up with the applications, and these will run on MSFT platforms.

“We will build some applications ourselves and we will try to accelerate the entire market to address this problem,” he said.

It is good to see Microsoft realising the massive potential there is in the energy efficiency market. Energy efficiency programs within companies should be an opportunity to lower carbon footprint and reduce energy expenditure - a win-win.

Carbon accounting software - a huge opportunity?

An article in ComputerWorld claims that companies will be spending up to three times what they spent on Y2k, on carbon accounting and sustainability reporting.

Quoting results from analyst and research firm, S2 Intelligence, the article posits that businesses will collectively spend at least US$595 billion on systems to support green accounting.

S2’s managing director, Dr Bruce McCabe, said

to reduce the carbon footprint of businesses we first need to measure it, but green accounting today is shallow, with lots of window dressing and little actual measurement… Even services companies will see all their offices progressively instrumented to capture carbon footprint data

Government regulation–via carbon markets and taxation-will be matched by customer and trading partner demands for detailed reporting.

Carbon labelling in supermarkets is a good example. Led by chains such as Tesco in the UK, this will soon impact what makes it into the shopping basket.

Up until now, most responsible companies have been implementing policies to reduce their carbon footprint. However, putting the metrics in place to accurately report the footprint all the way along the supply chain involves big investments and the potential for lost business for those companies who fail to keep pace.

This new reporting requirement is a huge opportunity for companies capable of writing carbon accounting software.