Maclay Architects redesign Putney General Store

This is a more personal post, but I promise it’s relevant to NESEA!

In 2008, the 200 year old Putney General Store caught fire and was severely damaged. The Putney Historical Society and town rallied to purchase the property and start to rebuild. In 2009, an arsonist set fire and obliterated the store completely. The Putney Historical Society and town again set about to rebuild. Maclay Architects, Bill Maclay’s (you may remember him from our recent Net Zero Event at Mitsubishi) architectural firm is one of the companies working on the general store’s resurrection. [hide-this-part morelink="Read more..."]

The Putney General Store was so important to me in my childhood. I was in Dummerston, VT nearly every summer growing up and continue to visit every winter with my family. These visits to Dummerston always involved a trip to the Putney General Store for sandwiches, Matchbox cars, and penny candy.

I was devastated when I found out about the 2008 fire, but relieved to know that there were efforts to rebuild. When I checked in to see its progress a year later  in 2009, I was devastated again to learn that it had been incinerated in an intentional fire.

Flash forward to just a month or so ago when I was learning more about Bill Maclay’s firm in preparation for the Net Zero event at Mitsubishi. I was browsing their website to see their current projects. I knew they had done a project for the Putney School (on the cover of the Fall 2011 Northeast Sun), but I was pleasantly surprised to see that they were part of the team working to rebuild the General Store. They have designed it to be a high performance, energy efficient multi-use building (retail and business). (You can read about the project at the Maclay Architects website)

I stopped in Putney last weekend on a whim and saw the (nearly) finished product. It looks almost exactly like the store we lost. While I know the interior won’t have the old, worn labyrinthine aisles and that 200 year old musty barn smell, I take comfort in knowing that it has been improved upon and respected by all those who worked to rebuild it. When I saw the architects’ rendering, I was struck by how well they kept its historical integrity, and in person, how well the rendering translated to the real building. While it looks shiny and new, it doesn’t look out of place or out of sync.

[/hide-this-part] Its grand reopening is this weekend, Saturday Dec. 10th. (Information about the reopening is available here).

I just wanted to take a moment to congratulate Maclay Architects on reviving such an important structure and institution in Putney, while undoubtedly incorporating updates and design elements that will make it more resilient in an uncertain energy future.

NESEA members, your work has a significant impact on so many levels. I think that this is an aspect of the ‘whole system’ that we talk about. The built environment occupies more than just physical space. Beyond (or underlying) the building system, the environmental/ecological systems, there are the socio-cultural systems. This project touches on all of them – as I imagine the work all of you do does in one way or another.

Thank you for doing what you do.

Longtime NESEA Member Launching New Business

Robert (Bob) Chew, founder of Alteris Renewables, is launching his own renewable energy consulting company! Here is his press release below:

Alteris Renewables founder Bob Chew starts new company
BRISTOL, RI, November 1, 2011 – Bob Chew, renewable energy entrepreneur has launched a consulting firm that provides creative strategies and solutions to clients exploring options in the ever emerging renewable energy field. R.W. Chew, LLC, DBA as R.W. Chew Consultants, based in Bristol, RI, focuses on offering expert guidance using best practice gained from 30 years in the renewable energy field, to individuals, businesses, municipalities, schools and government agencies seeking viable and cost effective energy choices.  “It is becoming increasingly difficult for the average consumer to navigate the growing number of renewable energy technologies and energy efficiency options available today,” states Chew. The design, implementation, and integration of sustainable energy solutions necessitates the need for a long range plan or ‘road map’ that incorporates variables specific to a particular project. There is no one size fits all in the renewable and energy efficiency field. By generating designs, specifications and project oversight, the company functions much the same as an architect in the building industry.

R.W. Chew Consulting is already working with Bryant U. on a grant to help public high schools in Rhode Island determine what energy retrofits and renewable energy technologies can help them get as close to net zero as possible. View the press release shared on the Bryant U. blog.

I also had the opportunity to interview Bob about his new company and his lifelong experience working with renewables. [hide-this-part morelink="Click here to hear more about Bob and his new company"]

In your press release, you mention, “there is no one size fits all in renewable and energy efficiency field.” Where do you start in determining what might work in a given location for a particular client?

For wind turbines, it is wind speed, interconnection challenges and site conditions that include shadow flicker, noise, safety and view shed issues.  For photovoltaics on roofs, it is finding unshaded areas on flat or south facing roofs and confirming if the roof is in good condition and if the roof can handle the additional weight.  For hot water systems, we need to size the system to the amount of hot water used and if there are any seasonal issues such as a school where they don’t use hot water during the summer.  For wood chip boilers on commercial buildings, we need to make sure that there is room for the new boiler and that there aren’t any issues with tying this system into the existing heating system.  For methane digesters and geothermal systems, we have the same issues.  A common challenge is to determine which technology is cost effective due to many factors including the cost of the installation, O&M costs, incentives and grants.

NESEA advocates whole systems thinking in approaching renewable or energy efficiency issues. What does the whole systems thinking mean to you? Does this inform how you proceed in your work?

I received a degree in Environmental Science from New England College in 1973 and learned about whole systems and ecology.  As a consultant, I understand how the design of a new building has the opportunity to either have a minimum impact on the environment or have a very large impact is determined at the design stage and I look forward to consulting with clients and their architects or builders to make sure that the latest technologies and design strategies are incorporated.

In the 34 years you have been doing this work, what have been your great epiphanies? Have there been some mistakes, breakthroughs, events or conversations that have changed your practice? What were they?

I spend a lot of time looking ahead and have prided myself in foreseeing trends before the competition becomes aware of them. I have seen the solar energy industry grow rapidly under President Jimmy Carter and seen it disappear under President Reagan. Obviously, as I look back, this was a huge mistake and allowed our country to lose its monopoly in the solar industry.  I have also been involved in the rapid growth of the solar and wind industry, and wish that Washington would remove incentives to the fossil fuel and nuclear power industry and require that pollution from these technologies is properly accounted for.  What had bothered me is the focus on photovoltaics while other solar technologies such as passive solar design and solar hot air systems and solar thermal systems have been neglected by many of the larger solar companies in the country.  I’m also bothered by the many LEED certified projects that don’t take advantage of photovoltaics, solar hot water, solar hot air and passive solar design including isolated passive solar sunspaces. In my new business, I hope to revive and popularize some of these technologies such as solar hot air systems and isolated passive solar sunspaces.

Who do you look to continue learning in this field? Where do the new ideas come from? 

I have had the good fortune to know many of the experts in the renewable energy field and seek out their expertise as needed in my new company.  Currently, I have brought in Everett Barber as a consultant on a concentrating solar thermal project I am involved in.  Everett has extensive knowledge in solar thermal and his recent book titled “Converting Your Home to Solar Energy” is in my opinion the best book on solar energy that I have read.  I still read newsletter, books and magazines and attend as many trade shows as I can to keep abreast of the changes in the renewable energy and energy efficiency industries.

What advice do you have for emerging professionals in this field? 

I am asked by many students and people looking to get into the renewable energy industry what they should do.  First, I encourage them to enter into the field since it not only has a great future but it is such an important industry.  It also provides a great deal of satisfaction knowing that you are making a positive impact on the environment and helping our country move towards energy independence.  I strongly believe that you should do what you enjoy.  For many years, I was out in the field and loved the hard work and being outdoors and strongly encourage those who like working outdoors to become a green builder, solar installer or a plumber or electrician who specializes in the renewable energy field.  Some people love selling, designing or the engineering of renewable energy systems.  They need to find a niche where they can do what they love.  I have been lucky to have been able to spend over thirty years doing something that I love.

What is most exciting to you about your new consulting firm? What do you love about what you do and what do you hope to accomplish?

First, I loved running a solar business, but now that I’m sixty, I wanted to have more flexibility to do some of the things that I have always wanted to do.  Beth and I were able to spend five weeks in New Zealand last winter and are planning another exciting trip this winter.  To have the flexibility to do these things was very hard when I was running SolarWrights or Alteris.  I also love being able to get involved in some of the different renewable energy technologies that I was unable to do in the past. [/hide-this-part]

We wish Bob the very best with his new company, and our sincerest thanks for his thoughts.

Passive House USA Conference and RESNET Partnership

(Proxy) Guest Post from the wonderful Jo Lee of Greenmachine PR (and the NESEA Board)

Passive House Institute US (PHIUS) will unveil its new PHIUS+ Verification developed in partnership with the Residential Energy Services Network (RESNET) at the 6th Annual North American Passive House Conference on October 28, 2011.  PHIUS+ represents the culmination of an alignment of Passive House energy modeling principles with the RESNET Home Energy Rating Score (HERS) used by Federal and local governments and other organizations to determine eligibility for tax incentive and rebate programs.

Up until now buildings built to passive house principles could not be rated on the HERS Index – a Federal requirement for LEED, Energy Star and other rebate and tax incentive programs.  As a result, developers were forced to choose between cost-competitiveness and high performance.

PHIUS+ Verification is designed to overcome this discrepancy and enable developers that build to Passive House principles to rate on the HERS Index.  The PHIUS+ verification process introduces an additional quality assurance and quality control (QAQC) component into Passive House construction processes to meet HERS QAQC requirements. PHIUS+ is also based on the development of conversion mechanisms that harmonize HERS energy models and Passive House principles. This modeling represents a major step forward on the Passive House front because – for the first time – it takes into account the wide-ranging and unique regional climate challenges across the United States.

PHIUS will begin to issue PHIUS+ in January 2012.  In preparation for this date, PHIUS is working with RESNET to develop highly trained RESNET raters to evaluate Passive House projects.  Builders and architects can already begin submitting new projects to PHIUS for full review from plans to completed projects. PHIUS is also working to offer a special, condensed review for projects that have previously received certification from Europe’s Passivhaus Institute (PHI), allowing builders of those projects to qualify for HERS-focused ratings and incentives.

To learn more about PHIUS Plus, please go to http://tinyurl.com/6jmfx89

 

DON’T FORGET! The Passive House US Conference is THIS WEEKEND, October 28t-29,  in Silver Springs, MD.

To view the conference’s full schedule including Passive House building tours and pre-conference workshops, please go to:  http://www.passivehouse.us/phc2011/

To register for the conference please go to: http://www.passivehouse.us/phc2011/about/

Local Green – Real Pickles Goes Solar, gets other upgrades with USDA, MA DOER, WMECO boost

Well, this was certainly inspiring.

Friday’s Greenfield Recorder had a great article on a great local business, Real Pickles (they’re delicious) and their steps to cut their business’s carbon foot print.  What’s even better? They used a local company to do it. Pioneer Valley Photovoltaics was contracted to install a 17kw array for real pickles, and it will satisfy the power requirements for the 6,500 square foot facility, which is expected to save $300-400 in bills, and of course, plenty of carbon.

The whole cost of this process was reported around $100,000 – a good chunk of change for a small business. How did they afford it? According to several press sources they received a 30% grant from the US Treasury and Massachusetts Department of Energy Resources solar/renewable credits to offset the costs, as well as loans and accelerated depreciation benefits to fund this endeavor.

Other upgrades to the Real Pickles facility include new lighting, furnaces, hot water heater, and passive cooling (vents that cut refrigeration costs in the winter by admitting cold air into the coolers .) The Western Massachusetts Electric Company helped out with these upgrades through their rebate program for light fixtures and a grant that paid for roughly 50% of the walk in coolers.

It is truly great to see a local company with scrumptious products making such steps towards sustainability, and equally exciting to see just how many financing and tax incentives there are to make these improvements possible.

Have you made upgrades to your home or business? Let us know!

Read the original Greenfield Recorder article here.