Architect: Elizabeth Herrmann Photos: Susan Teare This 1100 sf 3-bedroom cottage in the Mad River valley was designed by architect Elizabeth Herrmann for a family of four who dreamed of downsizing and reducing energy consumption. Sited on an east-facing slope with view over the Mad River, the little black house features a standing seam roof, triple-glazed windows from Alpen, and a high-performing insulation package. A small Morso woodstove provides heat in the winter. A single Mitsubishi heat pump provides cooling in the summer and backup heat in the winter. Water is heat by an electric heat pump water heater.

Architect: Elizabeth Herrmann Photos: Susan Teare This 1100 sf 3-bedroom cottage in the Mad River valley was designed by architect Elizabeth Herrmann for a family of four who dreamed of downsizing and reducing energy consumption. Sited on an east-facing slope with view over the Mad River, the little black house features a standing seam roof, triple-glazed windows from Alpen, and a high-performing insulation package. A small Morso woodstove provides heat in the winter. A single Mitsubishi heat pump provides cooling in the summer and backup heat in the winter. Water is heat by an electric heat pump water heater.

The house features the latest in renewable energy. Photovoltaic panels provide back-up energy for the residence and a charging station for an electric car, while solar hot water panels meet demand for domestic hot water. A vertical wind turbine, prominent at the site’s entry, contributes to the production of energy at the residence. Erik Bishoff, Photographer

Context After retiring from their careers in New Jersey, an active professional couple decided to move to Vermont to be closer to their family. They wanted to take advantage of the opportunity to sensibly plan for the future by building a sunlit home in which they could comfortably age in place with predictable, low energy costs through the harsh Vermont winter. A spacious, open lot near a historic river village provided the perfect backdrop for the couple’s favorite hobbies: gardening, woodworking, and yoga. The couple’s son, owner of Shelterwood Construction, would have the chance to showcase his meticulous craftsmanship in a home lovingly built for his parents. Response The home was built using very local natural materials that blend into the surrounding landscape. Cor-ten steel weathered clapboards transition from the earth to the wood clapboards above and the entire exterior has no finish, allowing the house to change and weather with the seasons. Many of the interior finishes, including the decorative stair wall, were made from locally-milled white pine that was harvested from the site. This certified Passive House is designed to be lived in for a lifetime with wheelchair accessibility, wide doorways, accessible fixtures, and everything the couple needs located on the main level. Framed by large south-facing windows, the light-filled main living area includes a lofted ceiling transected with a glass bridge that connects the guest bedrooms above and looks out onto the garden and fruit trees below. The attached barn, which creates a courtyard for gardens, houses a yoga studio and woodworking shop. With an ample array of solar panels and airtight construction to keep the heat in, the house is predicted to be net zero with no energy bills even in the coldest of Vermont winters. A Tesla Powerwall stores backup electricity for this all-electric home.

The house features the latest in renewable energy. Photovoltaic panels provide back-up energy for the residence and a charging station for an electric car, while solar hot water panels meet demand for domestic hot water. A vertical wind turbine, prominent at the site’s entry, contributes to the production of energy at the residence. Erik Bishoff, Photographer

Context After retiring from their careers in New Jersey, an active professional couple decided to move to Vermont to be closer to their family. They wanted to take advantage of the opportunity to sensibly plan for the future by building a sunlit home in which they could comfortably age in place with predictable, low energy costs through the harsh Vermont winter. A spacious, open lot near a historic river village provided the perfect backdrop for the couple’s favorite hobbies: gardening, woodworking, and yoga. The couple’s son, owner of Shelterwood Construction, would have the chance to showcase his meticulous craftsmanship in a home lovingly built for his parents. Response The home was built using very local natural materials that blend into the surrounding landscape. Cor-ten steel weathered clapboards transition from the earth to the wood clapboards above and the entire exterior has no finish, allowing the house to change and weather with the seasons. Many of the interior finishes, including the decorative stair wall, were made from locally-milled white pine that was harvested from the site. This certified Passive House is designed to be lived in for a lifetime with wheelchair accessibility, wide doorways, accessible fixtures, and everything the couple needs located on the main level. Framed by large south-facing windows, the light-filled main living area includes a lofted ceiling transected with a glass bridge that connects the guest bedrooms above and looks out onto the garden and fruit trees below. The attached barn, which creates a courtyard for gardens, houses a yoga studio and woodworking shop. With an ample array of solar panels and airtight construction to keep the heat in, the house is predicted to be net zero with no energy bills even in the coldest of Vermont winters. A Tesla Powerwall stores backup electricity for this all-electric home.

Photo credit Michael Partenio This new home takes advantage of a beautiful hilltop site. The outdoor spaces function as an extension of the house and support the family’s casual, sports-oriented lifestyle. The design, for a family of seven, provides spaces for individual privacy and family gatherings. The design challenge was to incorporate a number of sustainable features into the design. The south-facing roof is integrated with a 5-kilowatt photovoltaic system, generating electricity for the home and furnishing emergency backup power. The heating is exclusively radiant with high efficiency boilers partially burning biofuel. Measures taken to produce an efficient building envelope include a drainage plane behind the siding, spray foam insulation, and high performance, insulated window glass.

The Rapture B-Vent Gas Fireplace features the revolutionary Mosaic Masonry™ firebrick wall system that brings the realistic look of a true masonry fireplace to life. Combine that with the use of a unique fiber burner system and rustic oak logs to deliver tall dancing flames with a beautiful glowing ember bed and you create a cozy and inviting room for any home. Aesthetics Tall opening provides an exceptional view of the flame presentation. Beautiful oak styled gas log set and hand forged andirons are included. Real kiln-fired clay firebrick interior panels consist of split stacked or herringbone patterns in warm red and ivory colors. Gas controls are conveniently located below the hearth for easy installation, finishing and operation. Regal hand-forged andirons with heavy duty log grate. Chain-mesh pull screen and a detailed hearth media kit complete the look. Comfort Powerful burner system produces impressive heat and tall, dancing flames with patented radiant heat technology. Intermittent pilot ignition system with battery backup provides continued operation in the event of a power outage. Fireplace operates with included remote control or wall switch for added convenience. Outside combustion air kit available. Performance Fully insulated firebox for increased performance in colder climates. Easy access damper control. Uses either 8DM wood burning chimney or standard 8" b-vent (requires BTC-8 transition collar).

Architect: Elizabeth Herrmann Photos: Susan Teare This 1100 sf 3-bedroom cottage in the Mad River valley was designed by architect Elizabeth Herrmann for a family of four who dreamed of downsizing and reducing energy consumption. Sited on an east-facing slope with view over the Mad River, the little black house features a standing seam roof, triple-glazed windows from Alpen, and a high-performing insulation package. A small Morso woodstove provides heat in the winter. A single Mitsubishi heat pump provides cooling in the summer and backup heat in the winter. Water is heat by an electric heat pump water heater.

Context After retiring from their careers in New Jersey, an active professional couple decided to move to Vermont to be closer to their family. They wanted to take advantage of the opportunity to sensibly plan for the future by building a sunlit home in which they could comfortably age in place with predictable, low energy costs through the harsh Vermont winter. A spacious, open lot near a historic river village provided the perfect backdrop for the couple’s favorite hobbies: gardening, woodworking, and yoga. The couple’s son, owner of Shelterwood Construction, would have the chance to showcase his meticulous craftsmanship in a home lovingly built for his parents. Response The home was built using very local natural materials that blend into the surrounding landscape. Cor-ten steel weathered clapboards transition from the earth to the wood clapboards above and the entire exterior has no finish, allowing the house to change and weather with the seasons. Many of the interior finishes, including the decorative stair wall, were made from locally-milled white pine that was harvested from the site. This certified Passive House is designed to be lived in for a lifetime with wheelchair accessibility, wide doorways, accessible fixtures, and everything the couple needs located on the main level. Framed by large south-facing windows, the light-filled main living area includes a lofted ceiling transected with a glass bridge that connects the guest bedrooms above and looks out onto the garden and fruit trees below. The attached barn, which creates a courtyard for gardens, houses a yoga studio and woodworking shop. With an ample array of solar panels and airtight construction to keep the heat in, the house is predicted to be net zero with no energy bills even in the coldest of Vermont winters. A Tesla Powerwall stores backup electricity for this all-electric home. Photos (c) Irvin Serrano

The project began with the owner’s vision to create on their Atherton property a new home, reminiscent of the Mediterranean villas and gardens they loved to visit on European holidays. They wanted to create an oasis, a home that would nurture their creativity and foster a feeling of calm. The design creates this sense of transition right as you enter the property, through a long, tree-lined driveway, thru a custom gate and into a gracious entry court. Walking through a formal entry garden, you arrive at a round entry tower, completing the transition from street to home. Separated into three primary zones, the main bedroom wing is a two-story volume anchoring one side of the center Living / Dining spaces, while the 2-story Library and Kitchen / Family Room anchor the other. All of the primary public spaces in the home are oriented toward the rear garden. The home features 5,500 square feet of living space, a 3-car garage, a separate guest suite and private master sauna pavilion. Solar power, battery back-up, integrated building controls and on-site water storage are a few of the technical systems installed.

Context After retiring from their careers in New Jersey, an active professional couple decided to move to Vermont to be closer to their family. They wanted to take advantage of the opportunity to sensibly plan for the future by building a sunlit home in which they could comfortably age in place with predictable, low energy costs through the harsh Vermont winter. A spacious, open lot near a historic river village provided the perfect backdrop for the couple’s favorite hobbies: gardening, woodworking, and yoga. The couple’s son, owner of Shelterwood Construction, would have the chance to showcase his meticulous craftsmanship in a home lovingly built for his parents. Response The home was built using very local natural materials that blend into the surrounding landscape. Cor-ten steel weathered clapboards transition from the earth to the wood clapboards above and the entire exterior has no finish, allowing the house to change and weather with the seasons. Many of the interior finishes, including the decorative stair wall, were made from locally-milled white pine that was harvested from the site. This certified Passive House is designed to be lived in for a lifetime with wheelchair accessibility, wide doorways, accessible fixtures, and everything the couple needs located on the main level. Framed by large south-facing windows, the light-filled main living area includes a lofted ceiling transected with a glass bridge that connects the guest bedrooms above and looks out onto the garden and fruit trees below. The attached barn, which creates a courtyard for gardens, houses a yoga studio and woodworking shop. With an ample array of solar panels and airtight construction to keep the heat in, the house is predicted to be net zero with no energy bills even in the coldest of Vermont winters. A Tesla Powerwall stores backup electricity for this all-electric home.

Architect: Elizabeth Herrmann Photos: Susan Teare This 1100 sf 3-bedroom cottage in the Mad River valley was designed by architect Elizabeth Herrmann for a family of four who dreamed of downsizing and reducing energy consumption. Sited on an east-facing slope with view over the Mad River, the little black house features a standing seam roof, triple-glazed windows from Alpen, and a high-performing insulation package. A small Morso woodstove provides heat in the winter. A single Mitsubishi heat pump provides cooling in the summer and backup heat in the winter. Water is heat by an electric heat pump water heater.

Architect: Elizabeth Herrmann Photos: Susan Teare This 1100 sf 3-bedroom cottage in the Mad River valley was designed by architect Elizabeth Herrmann for a family of four who dreamed of downsizing and reducing energy consumption. Sited on an east-facing slope with view over the Mad River, the little black house features a standing seam roof, triple-glazed windows from Alpen, and a high-performing insulation package. A small Morso woodstove provides heat in the winter. A single Mitsubishi heat pump provides cooling in the summer and backup heat in the winter. Water is heat by an electric heat pump water heater.

The project began with the owner’s vision to create on their Atherton property a new home, reminiscent of the Mediterranean villas and gardens they loved to visit on European holidays. They wanted to create an oasis, a home that would nurture their creativity and foster a feeling of calm. The design creates this sense of transition right as you enter the property, through a long, tree-lined driveway, thru a custom gate and into a gracious entry court. Walking through a formal entry garden, you arrive at a round entry tower, completing the transition from street to home. Separated into three primary zones, the main bedroom wing is a two-story volume anchoring one side of the center Living / Dining spaces, while the 2-story Library and Kitchen / Family Room anchor the other. All of the primary public spaces in the home are oriented toward the rear garden. The home features 5,500 square feet of living space, a 3-car garage, a separate guest suite and private master sauna pavilion. Solar power, battery back-up, integrated building controls and on-site water storage are a few of the technical systems installed.

Architect: Elizabeth Herrmann Photos: Susan Teare This 1100 sf 3-bedroom cottage in the Mad River valley was designed by architect Elizabeth Herrmann for a family of four who dreamed of downsizing and reducing energy consumption. Sited on an east-facing slope with view over the Mad River, the little black house features a standing seam roof, triple-glazed windows from Alpen, and a high-performing insulation package. A small Morso woodstove provides heat in the winter. A single Mitsubishi heat pump provides cooling in the summer and backup heat in the winter. Water is heat by an electric heat pump water heater.

Architect: Elizabeth Herrmann Photos: Susan Teare This 1100 sf 3-bedroom cottage in the Mad River valley was designed by architect Elizabeth Herrmann for a family of four who dreamed of downsizing and reducing energy consumption. Sited on an east-facing slope with view over the Mad River, the little black house features a standing seam roof, triple-glazed windows from Alpen, and a high-performing insulation package. A small Morso woodstove provides heat in the winter. A single Mitsubishi heat pump provides cooling in the summer and backup heat in the winter. Water is heat by an electric heat pump water heater.

The project began with the owner’s vision to create on their Atherton property a new home, reminiscent of the Mediterranean villas and gardens they loved to visit on European holidays. They wanted to create an oasis, a home that would nurture their creativity and foster a feeling of calm. The design creates this sense of transition right as you enter the property, through a long, tree-lined driveway, thru a custom gate and into a gracious entry court. Walking through a formal entry garden, you arrive at a round entry tower, completing the transition from street to home. Separated into three primary zones, the main bedroom wing is a two-story volume anchoring one side of the center Living / Dining spaces, while the 2-story Library and Kitchen / Family Room anchor the other. All of the primary public spaces in the home are oriented toward the rear garden. The home features 5,500 square feet of living space, a 3-car garage, a separate guest suite and private master sauna pavilion. Solar power, battery back-up, integrated building controls and on-site water storage are a few of the technical systems installed.

This 3,300 square foot, LEED Platinum, Zero Energy Home sits on a hill with a beautiful view of rural Frederick County. The walls are Aerated Autoclaved Concrete (AAC). Deep overhangs and careful siting maximize passive solar heating and natural cooling; all south facing glazing has a very low U value and high solar heat gain coefficient to maximize solar heat in the winter. The East, North and West windows also have a very low U values and low solar heat gain coefficient to reduce cooling load. Systems include 4.3 kW solar, 1.8 kW wind turbine, batteries for backup power, geothermal heating and cooling, Energy recovery ventilation and 3000 gallons of rainwater collection.