Something to Learn From: Biking in the Netherlands

Cycling in Groningen, Netherlands

Recently, I had the opportunity to travel to the Netherlands and visit many different areas within the country. I landed in Amsterdam and took a train roughly 200 kilometers (125 miles) to the city of Groningen in the northern part of the country. The trip took about as long as it takes to get from one end Boston to the other via the green line (sadly I’m only half joking here). It doesn’t take long to notice the public transportation system in the small European country is as efficient any.

Stepping out in Groningen, we made our way to catch a bus to the apartment where we would stay for the next few days. Finally outside of airports and train stations, I was able to take in Holland for the first time. Before I could enjoy it all, a bike flew by a few inches in front of me, bell ringing and some Dutch shouted in my direction. I was standing right in the middle of a bike lane that had more “traffic” than the road running parallel to it. I quickly came to realize why the Netherlands is the bike capital of the world. Bikes are locked up all over the place. There are even special garages to lock your bike up for an extended period of time. Thousands of bikes are housed in these garages at train stations every day.

Bike Garage outside of Central Station, Groningen, Netherlands

When cycling in Holland, almost every road has a separate bike lane, usually two lanes, running along side it. In Boston and other U.S. cities, we are used to the little bike lanes painted on the side of the road, with car traffic speeding by only inches away. Not here. Almost everyone owns a bike and can safely traverse the city at their own pace without worrying about car traffic. The bike lanes even have their own traffic lights. It gets a bit busy at major intersections; with traffic lights for car, bike, and pedestrian traffic, but they are all well labeled, making it easy to safely navigate even the busiest of areas.

There is no need to own one of the $1,600 road bikes that cruise many U.S. roads, either. In Holland, a majority of bikes are fairly basic – one speed, and pedal breaks – making this mode of transportation affordable for everyone. This also makes it a bit more bearable to find your bike stolen; a couple hundred Euros lost is much better than over 1,000. Still, bike theft is becoming more of a problem, and police are turning to arresting those who purchase stolen bikes in an attempt to cripple the black market. So, if you’re looking to get a bike, make sure its from a legitimate bike shop (they’re as frequent as Dunkin Donuts are in New England). Of course, nobody wants to lose their bike no matter how cheap it is, so a strong cable bike lock is necessity, along with a neat fixed lock on the rear tire that owners have to put a key into, and leave in to unlock the back wheel. Usually this key is attached to all your other keys, so you’ll never ride your bike away from home without your keys again!

I had the pleasure of enjoying some cycling of my own after settling in. We took the bikes out to get dinner on the other side of the city. It took us maybe ten minutes, with no problems. Its quite the rush cycling on your own road, or safely with traffic. In Holland, for the most part cars will stay well behind you until its completely safe to pass. Bikes are just a part of traffic, something that people have a hard time accepting in the United States it seems. Both the individual and collective benefits of this attitude are simple.

Bike and car traffic at an intersection, Groningen, Netherlands

Individually, transportation costs are incredibly low. The upfront cost for the bike depends on what you want of course. You can buy an expensive new bike, or go used for as little as a hundred Euros. Along with locks and repairs every once and while, that’s all it will cost you. Cycling being a major mode of transportation also benefits the community as whole. The emission of greenhouse gases is significantly reduced because there are many fewer cars on the road. Also, since its not always great weather for biking, the trend makes it even more important for the city to have an efficient public transportation system for those who rely on cycling but cant because of the weather, or any other reason for that matter.

While in Boston it is unlikely a bike lane can be added to every street, it is still important to continue to integrate biking onto our city streets. There is already good work being done with programs such as the growing bike-share program. The more work put into bike safety like that in the Netherlands, the more people will ditch their cars for a bike. It is truly a site to see more bikes at an intersection than cars. Cycling, a staple to Dutch society, is something that cities and countries around the world can learn from as part of bigger plans to curb carbon emissions, transportation costs, and increase energy efficiency.

Cycling through the bike garage, Groningen, Netherlands

China to Enact Strict Plan for Energy Conservation

A Coal-Fired Power Plant in Shuozhou, Shanxi, China

A coal-fired power plant in Shuozhou, Shanxi, Chin

Unrest in the Middle East has yielded change in the region, but the effects of anti-government protests are slowly being felt globally as oil soars to its highest price in over 2 years. The New York Times reported that Chinese Energy Specialists revealed that the government plans to announce strict goals for energy conservation.

Make no mistake, this is not an altruistic attempt by the world’s leading energy consumer and greenhouse gas emitter to go green or make strides to curb carbon footprint (energy security far out ways climate change in Chinese policy priorities). China views energy as a national security issue; the concern here is how rising oil prices will effect inflation, export competitiveness, and the country’s pollution problems, according to the NYT article.

China still sees oil as its most important energy source, but as Zhang Guobao, former Energy Czar in China, said, “Oil security is the most important part of achieving energy security,”he went on to say, “Preparations for alternative energies should be made as soon as possible.” China is looking to avoid getting stuck trying to fuel a booming economy on oil while prices skyrocket.

Despite the fact that China is the world’s biggest producer of wind turbines and solar panels at the lowest cost, a majority of its electricity comes from coal. When oil use increased dramatically along with the rise of automobile use, the government pushed extensively for electric cars. This decrease in oil consumption only increased the use of coal. Still, electricity plants tend to be much more efficient than the combustion of gasoline, and stay within the energy use goals China has in mind.

Looking at China’s imported energy sources, the concern coming from Beijing is understandable. Oil from the Middle East, along with the increasing price, gets to China via shipping lanes controlled by economic rivals India and the United States. Iran is also a large importer of crude oil to China. The instability of Iran leaves Russia as China’s most stable oil importer, but only 3% of crude oil imports to China come from its neighbors to the north.

Some are worried that the mostly state run energy industry in China would have to start allocating the limits on energy use. This could cause the decrease in production of certain products, like metals for instance. Stuart Burns on MetalMiner explains;

But who decides, with no free market to set prices on the basis of supply and demand? The impact that could have for resource-hungry activities like steel, aluminum and zinc smelting could be profound in the first half of this decade. China may decide it would rather import metals than import energy, reversing the trend of the last decade. Having temporarily idled some of the 20+ million tons of aluminum capacity, could the Chinese really close a significant portion of it permanently?

As china responds to the effects of rising oil prices, the rest of the world may end up feeling the effects of China’s energy policy. In the more immediate future, China may be looking at energy shortages as their own supplies may not be able to keep up with its rapid economic growth. China’s efforts in lowering energy consumption will no doubt have a number of other benefits along with the primary goals of securing its energy future. The reducing of greenhouse gas emissions will save money not only on energy but on health care costs as the environment in China becomes cleaner and safer for its citizens. The decisions made here will have significant effect on China’s role in energy in the region, as well as its role as a major contributer to climate change.

Energy Star Rating Standards to Tighten

Energy Star Logo

The Environmental Protection Agency recently announced updates to its Energy Star Rating requirements on televisions and cable boxes. The revisions are the first in a list of about 20 products that will receive updates to their Energy Star Rating requirements this year.

Currently, Energy Star rated televisions hold at least 70% of the Market Share. The stricter standards mean, according to the EPA, “substantial overall energy bill reduction, and carbon dioxide (CO2) emissions reductions.”

The new standards are requiring a 40% reduction in watt usage. For example, a 60 inch television currently averages about 282 watts, but the come September the same 60 inch TV will be required to use less than 108 watts to receive an Energy Star Rating. Talk about saving a watt!

In its announcement, the EPA states that if all U.S. homes had Energy Star rated TVs and cable boxes under these new requirements, savings would reach $5 billion a year and reduce annual greenhouse gas emissions equal to that of taking over 700 million cars off the road.

A Short Term Answer to Reduce CO2 Emissions

A new report (.pdf file) from The United Nations Environment Programme (UNEP), along with the World Meteorologist Association, and a group of scientists will be presented to the governing council of UNEP. The report states that reducing emissions of short lived particles from black carbon, methane and ground level ozone could reduce warming to a half degree within the first half of this century. However the efforts would have to be taken worldwide by all nations to reach the given numbers.

These emissions, known as soot, are particles of fossil fuels that are released into the atmosphere upon burning. Along with damage done to the atmosphere, they also take a toll on human health and damage crops. The report stresses the damaging effects these emissions have on the environment on a global scale. Among the points are;

  • The presence of black carbon in the lower atmosphere has disrupted weather patterns, like the Asian monsoon, for example, that have effected the livelihoods of millions of people.
  • The black characteristics of these particles has caused darkening of snow and ice decreasing their reflection of sunlight (increasing absorption), thus heating the atmosphere causing snow and glacier regions around the world to experience severe melting.
  • Ozone in the lower atmosphere damages human health, and has been a cause of premature death globally. This same particle causes damages crops, reducing yield.

The report says that even a “small number of emission reduction measures” for these particles would immediately begin to “protect climate, public health, water and food security, and ecosystems”.

While this report has netted little coverage (it is just another United Nations recommendation after all), some are hopeful that the United States government will make changes after recently cutting back the Environmental Protection Agency’s budget. Among the cuts to the budget was a program to update dirty diesel engines, a large contributor of black carbon.

While a worldwide cut of these short lived emissions seems a daunting task, UNEP stresses that it can be done with existing technologies, “but would require significant strategic investment and institutional arrangements.”

Ultimate Greening Your Home Seminar

Residents of Cambridge, MA were introduced to a new opportunity on February 8th, 2011. Energy efficiency is on the minds of renters, condominium owners, and homeowners alike as the environmental, financial, and physical benefits become more prominently appreciated. Usually when energy efficiency information is available, it is more general and further discussion with specific professionals is suggested, since the process of making home energy efficiency improvements is tailored to unique home and ownership characteristics and often entails several detailed levels of complexity. On February 8th, those professionals were brought together in one place for an evening of sequential enlightenment for curious attendees, with an added bonus of networking amongst their industry peers and less-assumed partners, Green real estate agents.

When the Cambridge Energy Alliance and Coldwell Banker Agents Amy Tighe and Robin Miller designed this new collaborative seminar, their focus was on approaching one seemingly under-served demographic: condominium owners and associations. [This group will, luckily, begin to be served more as the NSTAR 5+ unit (“Multifamily”) energy assessment program rolls out.] That said, this successful design would clearly be valuable to other demographics (e.g. home owners) in addition to condominium owners/associations.

Beginning with the simplest in-home steps and leading to discussion of assessments, retrofits, and financing of projects, Sustainable Life Solutions, Next Step Living Inc., S & H Construction, CPCU Credit Union, CEA, Robin, and Amy engaged enthusiastic condo owners and association representatives in energy efficiency learning in a way that simply made sense. Speakers explained each of their areas of expertise thoroughly in their limited time, intermittently questions were asked and answered comprehensively, sometimes by the several professionals that were in the room, and when presentations were through, meaningful inquiry-fueled conversation rounded out the evening. A happy closeout to the seminar was the drawing of the raffle winner, who took home a wonderful green-living package that was generously donated by Whole Foods.

The results of this innovative event were remarkable: A valuable seminar was put together by unprecedented collaborators in a replicable format; speakers were able to answer significant questions jointly, and see how they might work together effectively in the future; seminar attendees were able to walk out with a mental arsenal of energy efficiency tools, feeling utterly aware of a previously mysterious process, with proper contacts in hand, and ready to share with their peers. This type of event is unquestionably beneficial for all involved, so watch out for announcements of the next installment in months to come!

Massachusetts Plans for the Clean Energy Future

The Setting Sun and Glass Lantern, Symbols of Solar Energy and Manmade Lighting, Along the Oregon Coast near Lincoln City During the Energy Crisis of 1973-74 01/1974 by The U.S. National Archives

On December 29th, Massachusetts officials announced a state-wide plan to cut heat-trapping carbon gases emitted by homes, cars and businesses in the state by 25 percent below 1990 levels over the next decade.  The targets set by the plan are the highest allowed under climate legislation passed by the state in 2008 and among the most stringent in the nation.  This aligns Massachusetts with states like California and New Mexico, who have already announced similar action.

The Massachusetts plan relies mainly on existing programs such as energy-efficiency standards for building construction, renewable-energy mandates and curbs in the electricity sector under the Regional Greenhouse Gas Initiative, of which Massachusetts is a signatory.  Ian Bowles, the state’s energy and environmental secretary, highlighted that the plan is an example of how a state can alter its energy profile with minimal economic impact and predicts instead a net gain in jobs for Massachusetts in the clean energy sector.

Debra Boronski, president of the Massachusetts Chamber of Business and Industry, has doubts about the plan stating, “Our biggest concern — even though it is right to conserve energy — is that alternative resources have to be cost-effective … As far as we know, in Massachusetts, research has shown that alternative energy is more expensive.”

Interestingly, data released by state officials indicated that more than one-third of the total greenhouse-gas emissions in Massachusetts come from the transportation sector.  In response to this information, Mr. Bowles announced the state will begin a pilot “Pay As You Drive” program giving drivers an incentive to cut back on unnecessary travel by linking car-insurance premiums to miles driven.  Congress has authorized $15 million in grants to insure low-income drivers do not suffer an unequal burden.

Other energy options include hydroelectric power from Quebec, weatherization for resident homes, and economic incentives for homeowners to replace oil-fueled furnaces with more efficient models.

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Cambridge Energy Alliance is available to help guide you through the above-mentioned process of weatherization as well as retrofitting your home- all starting with signing you up to have your home looked at. If you would like to take advantage of your free energy assessment (which you have each already paid for via utility bills), please head to the CEA sign-up page, or call their Energy Advising line at 1-617-491-0488, extension 121 today!

A Monumental Victory for Clean Energy!

Smiley face written in the sky during the inauguration of Governor Bob Martinez by State Library and Archives of Florida

All clean-energy eyes were on California yesterday as voters had the historical choice to vote yes, or no, on Proposition 23, a proposition initiated by two Texas oil conglomerates: Valero and Tesero, as well as Koch Industries.  Prop 23, as it’s called, was a measure to revoke California’s landmark climate bill, AB 32.  Stating that a clean economy is too costly in the current economic state, the Texas companies marketed Prop 23 as a measure that would decrease unemployment in the state and secure existing energy jobs.  However, Prop 23 would also rewind all of the progress California has made on clean, renewable energy standards and the green economy – an economy that is both nationally and internationally reputed as groundbreaking in the field – while increasing profits to two out-of-state oil companies.

Nevertheless, resoundingly, in a major upset to Texas oil, Californian’s decided that a clean energy future was more important than a future reliant on fossil fuels and voted no on Prop 23, thereby securing a clean energy future while demonstrating to the US and to the international community that the green economy remains strong in the state, even during challenging economic times and marked unemployment.  The political campaign against Prop 23 was backed with aggressive and consistent messaging by Senator Barbara Boxer and newly-elected governor Jerry Brown, as well as a multitude of environmental organizations.

Green Medford: Reverse Trick or Treat Bewitches Columbus School Neighborhood

What would you do if your doorbell rang on Halloween and instead of saying “trick or treat!” your visitors handed you a new, curly-cue light bulb (or two)? This year’s Halloween saw an event that was a brand new take on the usual compact fluorescent light bulb canvasses that the CEA hosts.  We are thrilled to see that this creative event went off without a hitch, and that it has set a great precedent for following years!

Please see below for the post featured on the Green Medford blog:


A group of us from Green Medford and Fletcher Green (a Tufts graduate student group) trolled the streets around the Columbus School last night–Halloween evening–handing out bags of treats to delighted and laughing residents at 84 addresses. People who answered their doors expecting to give out candy were instead handed a bag containing two new energy-efficient lights. Event participant “Sherlock Holmes” noted, “It was gratifying to see how surprised and happy this made people.”

One resident told us, “This is such a great idea! We recently switched all of our bulbs to CFLs and are saving $60 a month.” She turned to her neighbor and said, “You have to take some. This is amazing!”

We gave out more than 180 CFLs that were donated by National Grid and the Tufts Office of Community Relations. The First Annual Medford Reverse Trick or Treat exceeded our expectations, and we are already looking forward to expanding on our success with a bigger event next year!

Thanks so much to all the sponsors and others who helped organize this event, especially JR Siegel, Allie Lipps, Becky Hemperly, Kim Wardwell, Catherine Smith, Alicia Hunt, Brad Steele of EFI, and Barbara Rubel at the Tufts Office of Community Relations.

Susan Altman
Green Medford

Sunny California

On the heels of recent 10-10-10 and 350.org events, last Monday, the US federal government approved the largest solar energy project in the world—four plants costing one billion dollars each in southern California. The so-called Blythe solar power plant will consist of four, 250-Megawatt plants, built on public lands in the Mojave desert.  “When completed the project is expected to generate up to 1,000 Megawatts of energy … That’s enough electricity to power up to 750,000 average American homes and to make Blythe the largest solar power plant facility in the world,” Interior Secretary Ken Salazar said. Given the recent explosion of Chinese solar and wind development, this news comes at an opportune time for the US renewable energy market.

The total capacity will be roughly equal to the turbine output of a nuclear power plant or a large modern coal-fired power plant, according to Solar Millennium, the German solar company in charge of developing the facility.  Solar Millennium plans to begin construction on Blythe this year and at the height of construction, the project is expected to create more than 1,000 jobs, which is good news not only for green job creation, but for job creation in general in a sluggish US economy.  The Blythe facility is one of a number of renewable energy projects that have been approved in recent weeks by the Interior Department.

MIT Climate CoLab Contest

What should we do about climate change?

Instead of waiting for policy makers to act, you can help figure out the answer at the Climate CoLab; previously discussed in Opening the [Copenhagen] talks. Working alone—or in teams of people from all over the world—you can create proposals for what to do about climate change. The winning proposals will be presented to key policy makers, including officials at the UN and the US Congress. And if your proposal is one of the top two, you’ll receive travel funding for a representative of your team to attend one of these briefings.

We especially encourage entries from teams of undergraduate and graduate students with an interest in climate and sustainability issues. As usual rules and restrictions apply.

The deadline for the contest is October 31, 2010.