Preserving historic buildings is important work, but it has often met notable obstacles from an energy efficiency standpoint. Massachusetts happens to have a disproportionate number of historic buildings, which presents an issue for us at DOER: how can we make energy efficiency the standard statewide when so many buildings have to maintain their cultural and aesthetic history?
Architectural Heritage Foundation, a Boston-based non-profit that combines historic preservation and business economic development, partnered with two other regional organizations to propose a dynamic solution to this problem. They were awarded $625,000 from DOER’s federal stimulus-funded High Performance Buildings Grant program to implement Deep Energy Retrofits on three unique historic buildings, reducing their energy use by 50% and demonstrating a way for other historic buildings to cut their energy use.
I swung through Ipswich to see how the Architectural Heritage Foundation’s work on the Old House at Appleton Farms was going a few weeks ago, and it was an incredible thing to see. The building, which was rotting and literally falling over before work began, is now shaping up to be a beautiful new home for The Trustees of Reservation’s (TTOR) Center for Agriculture and the Environment. In addition to bringing the house up to code, the contractor is installing insulation on the outside, and blowing cellulose into the walls on the inside—doubling the insulating value of the walls and roof and eliminating any ‘bridges’ where the cold can get in. They’ve also repaired many windows and replaced irreparable ones with high efficiency models, balancing the need to be historically authentic and energy efficient. The house will be heated by a biomass boiler, and the hot water will come from solar heaters on the roof—eliminating most demand for fossil fuels.
Meanwhile, in Ashfield, the Trustees are busy on another old farmhouse on the Bullitt reservation. Bullitt, like Appleton, was also falling apart. But after getting similar treatment to Appleton Farms, the house is now so well insulated that when I visited (a chilly 42 degree November day), the entire house was comfortably warm—heated by the body heat of the four folks working on the house. There’s also an energy recovery ventilator in the basement to ensure proper air circulation without losing heat to the outside. The future occupants of the house, the Hilltown Land Trust and the Highland Communities Initiative, will rarely have to turn on the heat. When the Trustees install solar panels on a nearby barn next year, this house will use next to no electricity from the electric grid, and no fossil fuels – making it quite possibly the first zero net energy historic building in Massachusetts!
The Appleton and Bullitt projects will be some of the oldest energy efficient historical buildings in New England. In the end, however, the real value of these projects will be the example they set. We’ll keep you updated on the Appleton and Bullitt projects and a third project – the Lyman Estate in Waltham – when it begins. More information on the projects is available on TTOR’s website.
“Mass. Military Division” and “Energy Efficiency” Go Together posted on Jul 25
Energy measures implemented at a Mass. Military Divison site include improved lighting, high efficiency motors, HVAC controls and energy management system upgrades. Under the Accelerate Efficiency Plan, the Commonwealth is investing over $12 million at 29 state facilities throughout the Berkshires.
Solar a “No-Go” on Your Roof? Share Through Community Solar posted on Jul 16
Harvard residents who wanted solar on their homes and were unable to get it due to shading, sloping, or structural barriers, found a solution by sharing the Harvard Solar Garden, an approximately 250 kW project, provides 41 residents and six small businesses with sustainable, clean energy. .
Summer’s Here: Shed Layers and Shed Loads posted on Jul 11
Electricity usage throughout New England reaches its peak during summer heat waves, causing our electricity bills to spike. During periods of high demand, electric utilities typically call on more expensive “peaking” plants to provide extra power. These costs are passed onto larger, non-residential consumers through demand charges on their monthly electricity bill. Municipal buildings can save a significant sum of money if they shut off portions of their electricity during these peak periods.