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Tag: Renewable Energy

  • El Salvador Wants to Make Bitcoin Mining Environmentally Friendly

    El Salvador Wants to Make Bitcoin Mining Environmentally Friendly

    El Salvador made history when it became the first country to adopt Bitcoin as legal tender and now wants to mine it using renewable energy.

    Salvadoran President Nayib Bukele made the announcement on Twitter yesterday.

    As part of the process of adopting Bitcoin, Bukele wants to address one of its biggest criticisms, namely the impact Bitcoin mining has on the environment. Concerns over its environmental impact recentlycaused Tesla to reverse course and stop accepting the crypto as a form of payment.

    Bukele is now looking at volcanoes as a possible, environmentally friendly, power source for Bitcoin mining.

    Should El Salvador succeed in its efforts, it could well provide a template for other countries to adopt cryptocurrencies in a responsible, environmentally friendly way.

  • IBM Will Reach Net Zero Greenhouse Emissions by 2030

    IBM Will Reach Net Zero Greenhouse Emissions by 2030

    IBM has set a major new goal, planning on reaching net zero greenhouse emissions by 2030.

    Companies large and small are making climate change an important part of their agenda. Especially with the Biden administration bringing the US back into the Paris Agreement, companies can no longer afford to go about business as usual without also factoring in their environmental impact.

    IBM is the latest company committed to addressing climate change, with plans to reach net zero greenhouse emissions by 2030.

    “I am proud that IBM is leading the way by taking actions to significantly reduce emissions,” said Arvind Krishna, Chairman and Chief Executive Officer, IBM. “The climate crisis is one of the most pressing issues of our time. IBM’s net zero pledge is a bold step forward that strengthens our long-standing climate leadership and positions our company years ahead of the targets set out in the Paris Climate Agreement.”

    To reach its goal, the company plans on reducing its greenhouse gas emissions 65% by 2025, against its base year 2010. Renewable resources will also make up 75% of its electricity worldwide by 2025, and 90% by 2030. Finally, the company will use carbon capture and other technologies to remove emissions equaling or exceeding what it generates.

    As one of the biggest names in tech, IBM’s announcement serves as an example for other companies to follow.

  • BP Pivots to Renewables, Slashes Oil Exploration

    BP Pivots to Renewables, Slashes Oil Exploration

    BP has reduced its oil exploration to 100 members, down from 700, as it focuses on renewable energy.

    With climate change headlining the agendas of many countries, companies around the globe are taking drastic action to adapt and prepare for an economy based on renewable energy. Nowhere is that transformation more drastic than the very industry that has provided the fossil fuels the world has depended on.

    BP is among those energy companies leading the charge, thanks to CEO Bernard Looney. Under Looney, the company has been aggressively pivoting to renewable energy and scaling back its oil exploration efforts, according to Reuters. The company is using its existing petroleum business to help fund the transition.

    “We are in a harvest mode and what isn’t being said is that BP is going to be a much smaller company without exploration,” a source in BP’s oil and production division said told Reuters.

    The company has been hiring staff from Silicon Valley, Toyota, Uber and more in an effort to better understand electric vehicles and other key parts of the renewable energy industry in an effort to help it better compete.

    Looney’s efforts are not without risk, however, as some worry the company may prematurely slash its oil income before its investments in renewable energy pay off.

    “There is so much internal change that it will be a big job to pick up the organisation and get things going,” a senior employee in the exploration division told Reuters.

    There’s no doubt the company is experiencing challenges with its transformation, with the stock at its lowest point in 25 years. Looney is adamant, however, that BP must change in order to remain relevant.

    “Everywhere I have been, inside BP as well as outside BP, I have come away with one inescapable conclusion, and that is that we have got to change,” he said in a webcast.

    If Looney can pull off his vision, BP will be far better positioned than competitors who are trying to hang on to a dying industry as long as possible.

     

  • Tasmania Joins Exclusive Club: Runs On 100% Renewable Energy

    Tasmania Joins Exclusive Club: Runs On 100% Renewable Energy

    The Tasmanian government has announced it has made the transition to 100% renewable electricity.

    Guy Barnett, Minister for Energy, issued a statement heralding the milestone achievement for the Australian state:

    Every Tasmanian should be proud that our State is the first in Australia and one of only a handful of jurisdictions in the world to achieve this target, delivering on a key Liberal Government commitment from the 2018 election.

    We have reached 100 per cent thanks to our commitment to realising Tasmania’s renewable energy potential through our nation-leading energy policies and making Tasmania attractive for industry investment, which in turn is creating jobs across the State, particularly in our regions.

    Barnett says the state plans to double its renewable energy generation by 2040, and says the state’s renewable energy projects will help it rebuild its economy post-pandemic.

  • Jimmy Carter Calls Out Climate Skeptic Nutcases

    In 1979, President Jimmy Carter became the first president to install solar panels on the White House. At the time, the nation was facing an impending oil crisis from the Arab Oil Embargo and Carter was cementing his presidential legacy as the one president, besides Teddy Roosevelt, to give a damn about the environment. Not only did he add 32 solar panels to the White House (only later to be taken down by Ronald Reagan…), but President Carter was also responsible for expanding the national parks system into Alaska, establishing a national energy policy, creating the Department of Energy, and for telling Americans to stop turning up the heat in the winter and put on a damn sweater or something.

    Jimmy Carter was an environmental activist as president, and he still is today.

    In speaking at the American Renewable Energy Day Summit in Aspen, Colorado, Carter expressed his views and opinions on the current state of energy and the environment in the United States.

    Carter began by chastising the United States for its failure to keep up with other countries in terms of providing energy through renewable resources. Whereas Canada provides approximately 64 percent of its energy through renewables, “The United States is right at the bottom, with only 10 percent of our energy coming from renewable sources. So we still have a tremendous opportunity to do what we haven’t done.”

    While the United States ranks at the bottom of the list, Carter does not blame the president, who he feels is doing his job but is constantly limited by Congress’s petty grudges. Instead, Carter blames the nutcase climate change deniers:

    I would say the biggest handicap we have right now are some nutcases in our country that don’t believe in global warming. I think they are going to change their position because of pressure from individuals, because the evidence of the ravages of global warming are already there.

    However bad the current status of the United States is, though, it isn’t doomed. Carter stated that “we [the United States] need something like a carbon tax, which is a reasonable approach.” Due to Congressional blockage, however, Carter believes that there may be a better solution:

    I don’t look at the present hold-up concerning changing to renewable energy to be an insoluble problem. I have always felt that the best key to get international support, in this case global warming, is for the United States and China to agree on anything. I think we are going to begin to realize that a superpower is not just who dominates economics and military, but I would say that one of the characteristics of a superpower is to take the leadership or make a pledge to the rest of the world to [address] climate change.

    With the leaders of the United States currently being obsessed with conflicts in foreign countries and international concerns, former President Carter’s approach may be longer in the making than he or any other environmentalist could care for.

    Image via Wikimedia Commons

  • Renewable Energy to Become Important For Mining

    In a possible sign of what’s to come, new signals in the mining industry indicate that renewable energy amy soon power mining operations in many places across the world.

    Market research firm Navigant Research today issued a report showing that mining companies, which use massive amounts of energy, are now looking to reduce the costs of rising energy prices. Many mine sites, especially those in remote locations, could soon come to rely heavily on renewable energy technologies.

    The report estimates that at least 5% of the energy used by the mining industry by the year 2022 will come from renewable sources. According to Navigant, less than 0.1% of the industry’s current energy consumption is from renewable sources.

    Moving into the next few years, wind power will become the most important renewable energy technology to the mining industry, making up over half of the industry’s renewable energy by 2022. Solar power will come next in popularity, supplying a bit less than half of the industry’s renewable energy.

    “A number of mines are already utilizing large-scale wind power, but these sites were chosen based on extreme needs and/or ideal wind characteristics,” said Kerry-Ann Adamson, research director at Navigant. “The industry is now at a point where it can move forward into larger and more complex deployments, potentially including energy storage technologies, which would enable a higher percentage of renewable use per mine site.”

  • American Attitudes Toward Clean Energy Softening

    As renewable and clean energies have begun to proliferate across the globe, consumer attitudes toward different energy types have been a bit unpredictable. In recent years, American opinions of new and different energy-generating technologies have been dropping slightly.

    Now, market research firm Navigant Research has found that U.S. Adults are coming around on clean energy, if only for the most established technologies.

    The firm surveyed over 1,000 U.S. adults on their opinions of 10 clean energy technologies and found that opinions have begun returning to favorable levels. Overall those surveyed had a 51% favorability rating for the 10 technologies combined, the highest Navigant has measured since 2010, when favorability ratings began dipping.

    More specifically the survey found that opinions had softened on over half of the 10 technologies, and especially for solar and wind-generated power. The one technology that still saw a decline in favorability is nuclear power, which could still be suffering from the stigma of the Fukushima Daiichi incident in 2011. Navigant interprets its survey results to mean that Americans are more favorable toward more “established” clean energy technologies.

    “Between 2009 and 2012, there were steady declines in favorability for some clean energy concepts, particularly the most favorable concepts, such as solar energy, wind energy, and hybrid and electric vehicles,” said Clint Wheelock, managing director at Navigant Research. “This year saw statistically significant increases in favorability for seven of the 10 concepts, and a decline for only one – nuclear power.”

  • Facebook’s New Iowa Data Center Will Be 100% Wind-Powered

    When Facebook first announced their newest data center in Altoona, Iowa, they said that it would be among the “most advanced and energy efficient facilities of its kind.” Now, the company says that it will powered, in full, by a new wind project in nearby Wellsburg.

    The project is being developed by MidAmerican Energy. Facebook first began work on the new wind project with the help of local wind developer RPM Access, but transferred the rights to MidAmerican earlier this year. If the name RPM Access sounds familiar, that’s because Google invested $75 million in an RPMA-owned wind farm late last year.

    When completed, the wind farm will add 138 MW of energy to Iowa’s renewable grid. According to Facebook, this will power their new data center – and some.

    “When we settled on Altoona as the location for our fourth data center, one of the deciding factors was the opportunity to help develop a new wind project in the state. The project brings additional investment and jobs to the region, and in effect it makes it possible, on an annualized basis, for 100% of our energy needs to be met entirely with one of Iowa’s most abundant renewable resources. We are committed to reaching 25% clean and renewable energy in our global data center mix in 2015, and we will continue to work with utilities and other partners on supply options for our other data centers.”

    Iowa generates more wind power (per percentage of total power) than any other state in the country, with 24.5% of its total power coming from wind. It trails only Texas and California in total MW generated.

    The Altoona data center will be Facebook’s 4th, and 3rd in the United States. Facebook currently has data centers in Prineville, Oregon; Forest City, North Carolina; and Luleå, Sweden. Facebook says that it will begin serving traffic in 2015.

    Image via Iowa Wind Energy Association, Facebook

  • China: Smog Chokes Chinese Manchuria, as Overpopulated Asian Giant Burns Coal

    Vast areas of China’s north-east were choking in smog on Monday, as the Asian giant grappled with yet another horrendous air pollution crisis threatening millions of lives.

    Schools and colleges were forced to suspend classes in Chinese Manchuria’s largest cities, including the culturally rich metropolis of Harbin. Road traffic was paralyzed as visibility was drastically compromised, while local airports were shut-down annoying thousands of travelers.

    While the emerging global power has made rapid strides in curtailing particulate matter with a diameter of 10 micrometers or less (PM10),

    the index measuring particulate matter with a diameter of 2.5 micrometers or less (PM2.5), shot above 1,000 in Harbin urban area, with a population of more than 11 million people, or one third the size of Canada. A reading above 300 is considered alarmingly hazardous, with severe health consequences for respiratory functions and eyes, whereas the World Health Organisation’s (WHO) recommendations are set at daily levels of 20 or less.

    This means the level of smog was 50 times more than WHO limits, a figure worth pondering over for environmental activists as well as international community. The powerful state controlled Xinhua News Agency was compelled to lament that on the first day of winter heating, airports, highways, schools were hampered by smog, a predictable result of coal produced electricity. (image)

    In addition, the visibility was reduced to 10 meters, while the smog is expected to envelope the vast region bordering Russia, Korea and Japan for the next couple of days. Air quality in Chinese cities has not only severely affected the health of Chinese nationals, but the dense smog has made its way to Korean peninsula, Japan, as well as Russia’s Amur region.

    Matters came to a head in February 2013, when Japan accused arch foe China of waging a smog war and even endangering Mount Fuji, its beloved national symbol. The Chinese Communist Party, which is not as communist after all these days, is acutely aware of the power and potential of popular resentment channeling into political action over the burning issue of air, water and soil pollution.

    Much like Washington DC-New York clique that enjoys gullible American tax-payers’ wealth, social media users of China’s popular Sina Weibo micro-blogging site mocked Beijing authorities in anger, as they shared stories of corrupt government officials using state-of-the-art purifiers and high quality food from organic farms, while the 99% suffer from debilitating smog and deadly food safety scandals.

    In fall 2012, Hong Kong SAR was invaded by smog from mainland, as the city dwellers scrambled to contain the health hazard. Beijing has witnessed PM2.5 levels of 900 or more recurrently including last winter, jeopardizing the health of its 20 million urban residents.

    Last week, Beijing released a color-coded alert system, similar to Bush regime’s color-coded terror-alert, to address air pollution catastrophes, including suspension of factory work, construction, school closures etc. Despite Beijing’s two-pronged effort to curb pollution by population control through the imposition of “one child policy,” and massive investments in renewable energy, the population momentum is so powerful, that it will take years, if not decades to arrive at WHO’s standards of air, water and soil quality.

    China should look towards the much cleaner South Korea for inspiration on ways to reduce air-pollution as well as population growth, as both countries share Confucian culture and patterns of behavior, life style and value system.

    [image from wikimedia and US government]

  • Google Inks Another Big Wind Energy Deal In Texas

    Google announced today that it has inked a deal with the Happy Hereford wind farm outside of Amarillo, Texas. Google is purchasing the farm’s entire output, calling it part of its quest to power its operations 100% with renewable energy.

    The wind farm is expected to start producing energy late next year, and is being developed by Oklahoma-based Chermac Energy. It will provide energy to the Southwest Power Pool, which serves Google’s Mayes County, Oklahoma data center, the company says.

    This is only the latest in a series of renewable energy moves from Google. Back in 2007, Google announced it would put hundreds of millions of dollars into a “strategic initiative to develop electricity from renewable energy sources that will be cheaper than electricity produced from coal.” This included eSolar and Makani Power, which Google went ahead and acquired a few months ago.

    Earlier this year, Google put $200 million into the Spinning Spur Wind Project in Texas. This is also near Amarillo. At the time, Google shared this infographic about investing in clean energy:

    Investing in clean energy

    At that point, Google had already made ten other renewable energy investments since 2010. Last year, for example, the company announced an agreement with the Grand River Damn Authority to green the energy supply to its Oklahoma data center, including 48 MW of wind energy from the Canadian Hills Wind Project in Oklahoma. It also announced an investment in Green County, Iowa in 2012.

    “The structure of this agreement is similar to our earlier commitments in Iowa and Oklahoma,” says Google’s senior manager of Data Center Energy and Location Strategy, Matt Pfile, of the new agreement. “Due to the current structure of the market, we can’t consume the renewable energy produced by the wind farm directly, but the impact on our overall carbon footprint and the amount of renewable energy on the grid is the same as if we could consume it. After purchasing the renewable energy, we’ll retire the renewable energy credits (RECs) and sell the energy itself to the wholesale market. We’ll apply any additional RECs produced under this agreement to reduce our carbon footprint elsewhere.”

    “This type of power purchase agreement represents one of several ways we’re working to make additional renewable energy available for both our data centers and the communities in which we operate,” Pfile adds. “In Scandinavia, due to the region’s unified power market and grid system, we’re able to purchase wind energy in Sweden and directly consume it at our Hamina, Finland data center. We’re also working with our local utility partners to develop new options.”

    Google says it will continue to work with utility providers and collaborate with industry regulators to pursue “creative agreements” like that with the Happy Hereford farm.

    Terms of the deal were not disclosed.

    Image: Google (This is the future site of the wind farm).

  • Google Signs Renewable Energy Deals For Finnish Data Center

    Google announced on Tuesday that it has signed agreements with O2 and Allianz, which will will power its Finnish data center with renewable energy for the next ten years. This marks Google’s fourth long-term agreement for renewable energy powering its data centers. It’s the first such deal in Europe.

    Google has committed over $1 billion to renewable energy projects in the U.S., Germany, and in South Africa. The company says it will continue to look for more opportunities in different parts of the world.

    “O2, the wind farm developer, has obtained planning approval to build a new 72MW wind farm at Maevaara, in Övertorneå and Pajala municipality in northern Sweden, using highly efficient 3MW wind turbines,” explains Francois Sterin, Senior Manager of Google’s Global Infrastructure Team. “We’ve committed to buying the entire output of that wind farm for 10 years so that we can power our Finnish data center with renewable energy. That agreement has helped O2 to secure 100% financing for the construction of the wind farm from the investment arm of German insurance company Allianz, which will assume ownership when the wind farm becomes operational in early 2015.”

    “This arrangement is possible thanks to Scandinavia’s integrated electricity market and grid system, Nord Pool,” adds Sterin. “It enables us to buy the wind farm’s output in Sweden with Guarantee of Origin certification and consume an equivalent amount of power at our data center in Finland. We then “retire” the Guarantee of Origin certificates to show that we’ve actually used the energy.”

    Google says that as a carbon netural company, its goal is to use as much renewable energy as possible.

  • This Camp Stove Also Charges Your Devices

    What’s 5×8 inches, a little over two pounds, and can charge your iPhone while also cooking your bacon? The BioLite CampStove, of course.

    For just $129 you can purchase this first-world camping accessory that lets you stay connected to the modern world while also allowing you to stay green.

    “Using BioLite’s patent-pending thermoelectric technology, BioLite Stoves convert heat to electricity that powers a fan to make the fire ultra-efficient. Extra electricity can be used to charge small electronics like mobile phones and LED lights,” says the company.

    According to BioLite, the CampStove needs about 1.6oz of wood to boil one liter of water – and that will take about 4.5 minutes depending on the fire’s intensity. For an iPhone 4S, the device can provide an hour of talk time in 20 minutes of charging.

    Camping +1.

    Apparently, camping isn’t the only scenario where this gadget could come in handy.

    “The CampStove isn’t just for camping; it’s great to have on hand when the power goes out in a storm or other natural disasters. You’ll be able to cook and keep electronics charged while power lines are down,” says BioLite.

    With Hurricane Sandy serving as a reminder that Mother Nature is one undiscriminating, unforgiving mama, it never hurts to have more options out there for alternative power.

    Camp Stove device charger

    [via Business Insider]

  • Google Data Center Gets Greener With New Wind Agreement

    Google announced today that it has reached an agreement with the Grand River Dam Authority (GRDA) to green the energy supply to its Oklahoma data center. This includes 48 MW of wind energy from the Canadian Hills Wind Project in Oklahoma, which Google says will come online later this year.

    “We’ve been working with GRDA, our local utility, to procure additional renewable energy since we ‘plugged in’ our data center in 2011, and in February of 2012, GRDA approached us about purchasing power from Canadian Hills,” explains Gary Demasi, director of Google’s Global Infrastructure team. “In conjunction with the electricity GRDA already supplies Google to operate its data center, Google will pay GRDA a premium to purchase renewable energy generated by Canadian Hills. This brings the total amount of renewable energy for which Google has contracted to over 260 MW.”

    “This agreement is a milestone for GRDA because it’s their first-ever wind energy project,” adds Demasi. “It’s also a milestone for Google because it’s a little different from the previous Power Purchase Agreements (PPAs) we’ve signed, where we agreed to buy the energy directly from the developer who built the wind farm. This agreement, by contrast, marks the first time we’ve partnered with a utility provider to increase the amount of renewable energy powering one of our data centers.”

    Google’s Oklahoma data center happens to be the same one where it has a one-eyed security dog.

    Earlier this year, Google outlined some other ways its data centers are getting more energy efficient. More on that here.

  • Tech Companies Make EPA’s ‘Green Power’ List

    Since 2004 the Environmental Protection Agency has released a list of top companies that use what it calls “Green Power”. This quarter, 7 tech giants have made the list

    Green Power Resources include clean and renewable energy sources like solar, geothermal, biomass, wind and hydro power. The EPA ranks them in order of the number of kilowatt hours of green power they consume, so the larger the company, the bigger chance they have of making the list.

    Larger companies also have more money to spend on partnerships with the EPA. These companies do not necessarily have to generate or buy electric power for themselves, but rather buy energy certificates from companies selling “Green Power”. According to ZDNet, many companies do this just for the sake of building their green energy portfolio.

    Intel has topped the list since 2008, using 2.5 billion kilwatt hours of biomass, geothermal, hydro, solar and wind power. The amount of green power they consume compared to the total number of power consumption is high at 88 percent.

    Other top green power tech companies include Cisco Systems, Sprint, Dell, Google, and Xerox. These companies consume a lot of green energy, but their percentages are nowhere near Intel’s 88 percent.

    • Microsoft – 1.12 billion kW – biomass, small-hydro, wind – 46%
    • Cisco Systems – 268.6 million kWh – wind – 27%
    • Sprint – 176 million kWh – solar, wind – 5%
    • Dell – 119.4 million kWh – biogas, solar, wind – 29%
    • Google – 103 million kWh – biogas, biomass, small-hydro, solar, wind – 5%
    • Xerox – 101.4 million kWh – wind – 18%

    The alarming thing is the amount of non-renewable energy being consumed by these large companies who make the list of top green power consumers, but only use green power as a small percentage of their total power consumption. Sprint, for instance, uses or sponsors 176 million kWh hours of green energy. But when you take into account their percentage, they are using 3.5 billion kWh hours of energy from other, non-environmentally friendly sources.

    Perhaps a more telling list is EPA’s list of companies using on-site generators. This shows the companies that are taking a direct risk in investing large amounts of money to back alternative energy. Of tech companies, only Google makes the list, for investing in on-site biogas and solar projects.

    [Sources: ZDNet, EPA]

  • Apple Answers to Greenpeace Energy Rating

    Back in 2011, environmental activist group Greenpeace had urged social network giant Facebook to stop using coal energy to power its servers – and as of late the global organization has been urging Apple Inc., amongst others, to also stay away from coal.

    Greenpeace released a report called “How Clean is Your Cloud?” on Tuesday, which took a look at power consumption by various data center hubs. Though, the non-governmental organization apparently made some errors when accusing Apple’s Maiden, North Carolina facility of using up to 90% coal energy. Apple quickly contested this claim, citing that the fuel cell and solar power array it is building will become the largest in the country, and stated “We believe this industry-leading project will make Maiden the greenest data center ever built.” Apple hopes that 60% of the Maiden center power will eventually come from renewable energy sources. Greenpeace also overshot reality in its assumption concerning the amount of power consumption seen at the data facility – the organization claimed 100 megawatts, and Apple verified that it is 20.

    Below are the general marks Green[eace handed out:

    greenpeace chart

    Of all the major data centers looked at, Google was given the highest renewable energy rating. While Facebook’s Swedish data center was praised for being powered by renewable energy sources altogether, the company received an overall mark of ‘C.’ Yahoo did alright, with a B average. Microsoft and Hewlett Packard received C’s, and Apple, Oracle< Twitter and IBM all got D's. At the bottom was Amazon, with an F. Amazon received bad marks all across the board, and it's likely a good thing that its cloud computing physical operation is only half the size of Google’s. Greenpeace has also in the past praised Google for conserving water while is cools its servers.

  • Solar Panel Demographic: Who Are They? [Infographic]

    Many people consider going solar to help offset the cost of electricity in their homes, but very few ever go out and buy the solar panels required to harness the suns rays. It’s a rare personality who takes the plunge, so I thought it would be worth taking a look at.

    This handy little infographic from One Block Off The Grid provides us with a comprehensive look at who solar panel users are and what motivates them to take advantage of this wonderful renewable power source. Many of the statistics are surprising.

    For instance, many of the users aren’t the green revolution hippies we would think they’d be. Almost three quarters said they wouldn’t pursue solar energy if it wasn’t for the economic benefits. In fact, most of them aren’t what we would consider wealthy by any means. A majority of them fell in the seventy-five to one hundred thousand dollar a year range.

    So if you’re considering going solar, or you sell solar energy products for a living, you should dig into this graphic. It can really open your eyes to who these consumers are and what drives them to make the jump to green energy. Enjoy!

  • Google Is The Leader In Renewable Energy Says Greenpeace

    Google Is The Leader In Renewable Energy Says Greenpeace

    Greenpeace released version five of their Cool IT leaderboard that rates IT companies on their climate solutions, energy impact and political advocacy.

    Overcoming Cisco, the winner from the last year, Google has taken the top spot as the leader in advocacy for clean energy. Greenpeace applauds Google for their dedication to using cleaner and renewable energy.

    “Technology giants have a real opportunity to use their power and influence to change how we produce and use energy – Google tops the table because it’s putting its money where its mouth is by pumping investment into renewable energy,” Greenpeace International IT analyst Gary Cook said. “The IT sector might like to consider itself forward-thinking, but it is keeping far too quiet while the dirty energy industry continues to exert undue influence on both the political process and financial markets.”

    Google scored 53/100 for their efforts in conservation and reducing their carbon footprint. The report goes on to say that Google scored so high because they disclosed their energy footprint, have plans to increase its renewable energy use from 25 percent in 2011 to 35 percent in 2012. They were also applauded for investing $915 million in renewable energy projects.

    greenpeace

    Like any company, however, Google did have a few areas where they could improve according to the report. Greenpeace was disappointed with the company’s decision to shut down its RE“The IT industry must use its influence, innovative spirit and technological know-how to overcome the dirty energy companies who are holding on to the status quo, and holding us back from a transition to a renewable energy economy,” Cook said. “What we’re seeing is a lot of talk from companies about moving toward clean energy, but so far, not much of action.”

    You can read the full report here.