Search results for "Certified sites" in Home Design Ideas

This 1,800s.f. Passive House is designed to harmonize with its peaceful, wooded site. The interior is organized around a large south opening to a courtyard-like patio space; as a backdrop to this opening is a wall featuring walnut from trees harvested on site. As a Passive House, it uses about a tenth the heating energy of a built-to-code home. As a Source Zero house, monitored results show it uses 86% less energy overall including all household energy use and electric car charging. Indoor air quality and occupant health are a primary objective as well, so no-added-formaldehyde panel materials, no-VOC, non-toxic paints, and Greenguard certified sealants, caulks, and adhesives were used along with a continuous demand-controlled ventilation system to provide superior air quality.

Established in 2005, Stonebridge at Rankin’s Lake is proud to be Duke Energy’s “First All-Electric Energy Star Certified Community” in South Carolina. Each home has been constructed with strict guidelines to insure each individual home will receive it’s own Energy Star certificate which in turn results in a reduced rate from Duke Energy on the energy bill for the life of the home.
Through a partnership between the architecture firm, Chapman Design Group, Inc. and it’s construction arm, Icon Construction of South Carolina, Inc., special emphasis is placed on quality construction, methods and design details a well as a stringent construction quality control standard. The total efforts, skills, resources provide unyielding commitment directed toward building superior homes that will bring our homeowners many years of comfortable and carefree living.
This 107 home community was created on a 43 acre property that was planned into two phases. Approximately 17 of these acres are to be left natural, providing the feel of an established neighborhood from the very beginning. The featured attraction is Rankin’s Lake. It is approximately 4 acres in size and was once a well-known fishing lake in Anderson in the 1940s and 50s. A stone bridge will adorn its spillway and will be constructed during the second phase of the project.
The traditional style streetscape is enhanced with grass medians separating curb lines and sidewalks. This feature is accentuated in intermittent Alee Elm Trees and decorative post streetlights throughout the neighborhood. Every front and side lawn as well as all common areas continue to be maintained on a weekly basis by a private landscape maintenance company. This perpetual maintenance provided through the Homeowner’s Association insures a constant harmonious look throughout the entire community.
From day one, several development principles were established and achieved:
• The development’s concept was designed with all water front lots facing into Rankin’s Lake to have the street running between the homes and the lake. With this concept, it allows all of the neighborhood residents and their guest to take advantage of the pathways as well as enjoy to natural scenery of the lake each time the upon entering and exiting the neighborhood. This became a positive selling point as it encouraged the selection of building sites deeper into the development once you passed the lake.
• The design concept of the development was to create a variation of the traditional home neighborhood where the homes, all with front porches are intentionally built closer to the sidewalk lined streets to encourage neighborly interaction.
• Plans were designed with the garages at the rear of the lot as to make the neighborhood less about cars and more about the home and it’s residents. This was prioritized due to many subdivisions today are designed in such a way the home’s primary feature is a front facing garage which often have two cars in the driveway… hence, Stonebridge at Rankin’s Lake want to provide an alternative.
• Each home design includes a spacious front porch, a screened porch and or a sunroom to encourage neighborly interaction and casual living.
• The floor plans include both 2 and 3 bedroom plans with 2 to 3.5 baths with all master suites remaining on the main level.
The entire development would have only Energy Star Certified homes.

Beautiful CWD 45 | 65 | 85 narrow site line thermally broken steel windows and doors with SDL's (simulated divided lights) and custom SVB bronze hardware. NFRC certified and Title 24 energy compliant.
Find the right local pro for your project

This 1,800s.f. Passive House is designed to harmonize with its peaceful, wooded site. The interior is organized around a large south opening to a courtyard-like patio space; as a backdrop to this opening is a wall featuring walnut from trees harvested on site. As a Passive House, it uses about a tenth the heating energy of a built-to-code home. As a Source Zero house, monitored results show it uses 86% less energy overall including all household energy use and electric car charging. Indoor air quality and occupant health are a primary objective as well, so no-added-formaldehyde panel materials, no-VOC, non-toxic paints, and Greenguard certified sealants, caulks, and adhesives were used along with a continuous demand-controlled ventilation system to provide superior air quality.

Ankeny Row CoHousing
Net Zero Energy Pocket Neighborhood
An urban community of 5 townhouses and 1 loft surrounding a courtyard, this pocket neighborhood is designed to encourage community interaction. The siting of homes maximizes light, energy and construction efficiency while balancing privacy and orientation to the community. Floor plans accommodate aging in place. Ankeny Row is constructed to the Passive House standard and aims to be net-zero energy use. Shared amenities include a community room, a courtyard, a garden shed, and bike parking/workshop. Interior design by 2Yoke Design

https://www.ccottages.com/ - builder & designer
www.hickmanwoods.com- flooring
Live Sawn Red Oak Floors.
Site Finish.
US sourced. 100% FSC Certified. Green building.

This 1,800s.f. Passive House is designed to harmonize with its peaceful, wooded site. The interior is organized around a large south opening to a courtyard-like patio space; as a backdrop to this opening is a wall featuring walnut from trees harvested on site. As a Passive House, it uses about a tenth the heating energy of a built-to-code home. As a Source Zero house, monitored results show it uses 86% less energy overall including all household energy use and electric car charging. Indoor air quality and occupant health are a primary objective as well, so no-added-formaldehyde panel materials, no-VOC, non-toxic paints, and Greenguard certified sealants, caulks, and adhesives were used along with a continuous demand-controlled ventilation system to provide superior air quality.

Ankeny Row CoHousing
Net Zero Energy Pocket Neighborhood
An urban community of 5 townhouses and 1 loft surrounding a courtyard, this pocket neighborhood is designed to encourage community interaction. The siting of homes maximizes light, energy and construction efficiency while balancing privacy and orientation to the community. Floor plans accommodate aging in place. Ankeny Row is constructed to the Passive House standard and aims to be net-zero energy use. Shared amenities include a community room, a courtyard, a garden shed, and bike parking/workshop.

Our client wanted a SIP built home and we incorporated this and many other energy and sustainability features into this home which was in the Sheboygan County Parade of Homes.
Named "The Green Balanced Home", this project was all about creating practical and stunning living spaces that combined with sound environmental building materials and methods. By showcasing an assortment of leading-edge- green technologies, the Green Balanced Home was the talk of the Parade that year. In cooperation with our client, our methodology was:
Start with the site:
1. Protected tree lines
2. Drought resistant vegetation
3. High proportion of natural, plantings versus higher maintenance lawn
4. Optimal home placement on lot for solar exposure
5. Narrower streets
Build a high thermal envelope:
1. R-10 Gold Guard laminated EPS foam under basement, garage, and patio.
2. R-10 Gold Guard laminated EPS foam around exterior foundation walls.
3. R-10 ESP foam "shirt" around foundation
4. R-24 Structural Insulated panels (SIPs) for exterior walls, including garage
5. Sprayed foam in basement box sills and attic separation walls
6. R-15 garage door
7. R-60 blown cellulose attic insulation
Add efficient heating, cooling, ventilation, and electric utilization elements:
1. High efficiency fireplace with auxiliary ducting
2. Pull-out exterior wood-loading drawer
3. Air-to-air heat pump
4. 95% efficient, ultra-quiet variable capacity furnace
5. 19 SEER air conditioner
6. Five zones with programmable thermostats
7. Heat reclamation from hot water usage
8. LED lighting
9. Skylights
10. Energy Star appliances
11. Prep for in-floor heating system
12. Prep for photovoltaic (PV) solar
13. Prep for solar hot water
Incorporate water conservation:
1. Rain water recapture for toilet flushing and irrigation
2. Motion activated hot water circulation system
3. Power flush toilets
4. Dual flush toilets
Create high indoor air quality:
1. HEPA and UV filters
2. Air-to-air exchanger
3. Ultra-quiet bathroom fans with moisture sensor activation
Integrate sustainable, efficient materials:
* Expanded polystyrene (ESP) foam that does not emit HCFC "greenhouse" gases
* Oriented strand board (OSB) based siding, trim, and shutters
* SIPs panels that contain ESP an OSB
* Carpeting pads made from recycled materials
* Stewardship-certified cabinet manufacturing
* Job site recycling and reduce waste with SIPs

Ankeny Row CoHousing
Net Zero Energy Pocket Neighborhood
An urban community of 5 townhouses and 1 loft surrounding a courtyard, this pocket neighborhood is designed to encourage community interaction. The siting of homes maximizes light, energy and construction efficiency while balancing privacy and orientation to the community. Floor plans accommodate aging in place. Ankeny Row is constructed to the Passive House standard and aims to be net-zero energy use. Shared amenities include a community room, a courtyard, a garden shed, and bike parking/workshop. Interior design by 2Yoke Design

Established in 2005, Stonebridge at Rankin’s Lake is proud to be Duke Energy’s “First All-Electric Energy Star Certified Community” in South Carolina. Each home has been constructed with strict guidelines to insure each individual home will receive it’s own Energy Star certificate which in turn results in a reduced rate from Duke Energy on the energy bill for the life of the home.
Through a partnership between the architecture firm, Chapman Design Group, Inc. and it’s construction arm, Icon Construction of South Carolina, Inc., special emphasis is placed on quality construction, methods and design details a well as a stringent construction quality control standard. The total efforts, skills, resources provide unyielding commitment directed toward building superior homes that will bring our homeowners many years of comfortable and carefree living.
This 107 home community was created on a 43 acre property that was planned into two phases. Approximately 17 of these acres are to be left natural, providing the feel of an established neighborhood from the very beginning. The featured attraction is Rankin’s Lake. It is approximately 4 acres in size and was once a well-known fishing lake in Anderson in the 1940s and 50s. A stone bridge will adorn its spillway and will be constructed during the second phase of the project.
The traditional style streetscape is enhanced with grass medians separating curb lines and sidewalks. This feature is accentuated in intermittent Alee Elm Trees and decorative post streetlights throughout the neighborhood. Every front and side lawn as well as all common areas continue to be maintained on a weekly basis by a private landscape maintenance company. This perpetual maintenance provided through the Homeowner’s Association insures a constant harmonious look throughout the entire community.
From day one, several development principles were established and achieved:
• The development’s concept was designed with all water front lots facing into Rankin’s Lake to have the street running between the homes and the lake. With this concept, it allows all of the neighborhood residents and their guest to take advantage of the pathways as well as enjoy to natural scenery of the lake each time the upon entering and exiting the neighborhood. This became a positive selling point as it encouraged the selection of building sites deeper into the development once you passed the lake.
• The design concept of the development was to create a variation of the traditional home neighborhood where the homes, all with front porches are intentionally built closer to the sidewalk lined streets to encourage neighborly interaction.
• Plans were designed with the garages at the rear of the lot as to make the neighborhood less about cars and more about the home and it’s residents. This was prioritized due to many subdivisions today are designed in such a way the home’s primary feature is a front facing garage which often have two cars in the driveway… hence, Stonebridge at Rankin’s Lake want to provide an alternative.
• Each home design includes a spacious front porch, a screened porch and or a sunroom to encourage neighborly interaction and casual living.
• The floor plans include both 2 and 3 bedroom plans with 2 to 3.5 baths with all master suites remaining on the main level.
The entire development would have only Energy Star Certified homes.

Our client wanted a SIP built home and we incorporated this and many other energy and sustainability features into this home which was in the Sheboygan County Parade of Homes.
Named "The Green Balanced Home", this project was all about creating practical and stunning living spaces that combined with sound environmental building materials and methods. By showcasing an assortment of leading-edge- green technologies, the Green Balanced Home was the talk of the Parade that year. In cooperation with our client, our methodology was:
Start with the site:
1. Protected tree lines
2. Drought resistant vegetation
3. High proportion of natural, plantings versus higher maintenance lawn
4. Optimal home placement on lot for solar exposure
5. Narrower streets
Build a high thermal envelope:
1. R-10 Gold Guard laminated EPS foam under basement, garage, and patio.
2. R-10 Gold Guard laminated EPS foam around exterior foundation walls.
3. R-10 ESP foam "shirt" around foundation
4. R-24 Structural Insulated panels (SIPs) for exterior walls, including garage
5. Sprayed foam in basement box sills and attic separation walls
6. R-15 garage door
7. R-60 blown cellulose attic insulation
Add efficient heating, cooling, ventilation, and electric utilization elements:
1. High efficiency fireplace with auxiliary ducting
2. Pull-out exterior wood-loading drawer
3. Air-to-air heat pump
4. 95% efficient, ultra-quiet variable capacity furnace
5. 19 SEER air conditioner
6. Five zones with programmable thermostats
7. Heat reclamation from hot water usage
8. LED lighting
9. Skylights
10. Energy Star appliances
11. Prep for in-floor heating system
12. Prep for photovoltaic (PV) solar
13. Prep for solar hot water
Incorporate water conservation:
1. Rain water recapture for toilet flushing and irrigation
2. Motion activated hot water circulation system
3. Power flush toilets
4. Dual flush toilets
Create high indoor air quality:
1. HEPA and UV filters
2. Air-to-air exchanger
3. Ultra-quiet bathroom fans with moisture sensor activation
Integrate sustainable, efficient materials:
* Expanded polystyrene (ESP) foam that does not emit HCFC "greenhouse" gases
* Oriented strand board (OSB) based siding, trim, and shutters
* SIPs panels that contain ESP an OSB
* Carpeting pads made from recycled materials
* Stewardship-certified cabinet manufacturing
* Job site recycling and reduce waste with SIPs

Established in 2005, Stonebridge at Rankin’s Lake is proud to be Duke Energy’s “First All-Electric Energy Star Certified Community” in South Carolina. Each home has been constructed with strict guidelines to insure each individual home will receive it’s own Energy Star certificate which in turn results in a reduced rate from Duke Energy on the energy bill for the life of the home.
Through a partnership between the architecture firm, Chapman Design Group, Inc. and it’s construction arm, Icon Construction of South Carolina, Inc., special emphasis is placed on quality construction, methods and design details a well as a stringent construction quality control standard. The total efforts, skills, resources provide unyielding commitment directed toward building superior homes that will bring our homeowners many years of comfortable and carefree living.
This 107 home community was created on a 43 acre property that was planned into two phases. Approximately 17 of these acres are to be left natural, providing the feel of an established neighborhood from the very beginning. The featured attraction is Rankin’s Lake. It is approximately 4 acres in size and was once a well-known fishing lake in Anderson in the 1940s and 50s. A stone bridge will adorn its spillway and will be constructed during the second phase of the project.
The traditional style streetscape is enhanced with grass medians separating curb lines and sidewalks. This feature is accentuated in intermittent Alee Elm Trees and decorative post streetlights throughout the neighborhood. Every front and side lawn as well as all common areas continue to be maintained on a weekly basis by a private landscape maintenance company. This perpetual maintenance provided through the Homeowner’s Association insures a constant harmonious look throughout the entire community.
From day one, several development principles were established and achieved:
• The development’s concept was designed with all water front lots facing into Rankin’s Lake to have the street running between the homes and the lake. With this concept, it allows all of the neighborhood residents and their guest to take advantage of the pathways as well as enjoy to natural scenery of the lake each time the upon entering and exiting the neighborhood. This became a positive selling point as it encouraged the selection of building sites deeper into the development once you passed the lake.
• The design concept of the development was to create a variation of the traditional home neighborhood where the homes, all with front porches are intentionally built closer to the sidewalk lined streets to encourage neighborly interaction.
• Plans were designed with the garages at the rear of the lot as to make the neighborhood less about cars and more about the home and it’s residents. This was prioritized due to many subdivisions today are designed in such a way the home’s primary feature is a front facing garage which often have two cars in the driveway… hence, Stonebridge at Rankin’s Lake want to provide an alternative.
• Each home design includes a spacious front porch, a screened porch and or a sunroom to encourage neighborly interaction and casual living.
• The floor plans include both 2 and 3 bedroom plans with 2 to 3.5 baths with all master suites remaining on the main level.
The entire development would have only Energy Star Certified homes.

Ankeny Row CoHousing
Net Zero Energy Pocket Neighborhood
An urban community of 5 townhouses and 1 loft surrounding a courtyard, this pocket neighborhood is designed to encourage community interaction. The siting of homes maximizes light, energy and construction efficiency while balancing privacy and orientation to the community. Floor plans accommodate aging in place. Ankeny Row is constructed to the Passive House standard and aims to be net-zero energy use. Shared amenities include a community room, a courtyard, a garden shed, and bike parking/workshop.

Rodwin Architecture and Skycastle Homes
Location: Boulder, CO, United States
This LEED Platinum certified modern farmhouse is our first “regenerative home,” producing more energy than it consumes. This 3,900 s.f. custom home uses passive solar design, 10.2kW of solar photovoltaics, a ground source heat pump, double wall well-insulated exterior envelope, high performance doors and windows, to achieve a HERS negative 8 rating and Energy Star v.3.0 certification. The interior has low-VOC finishes and custom built-in FSC-certified wood and beetle kill pine cabinets throughout. The site is designed to be very low water use, incorporating permaculture and urban farming, with raised planting beds and a passive solar chicken coop/greenhouse. What makes this project special is its combination of extraordinary sustainability with conventionally attractive, cost-effective design tailored to the owner’s needs.

https://www.ccottages.com/ - builder & designer
www.hickmanwoods.com- flooring
Natural Rift & Quarter Sawn Red Oak Floors.
Site Finish.
US sourced. 100% FSC Certified. Green building.

Ankeny Row CoHousing
Net Zero Energy Pocket Neighborhood
An urban community of 5 townhouses and 1 loft surrounding a courtyard, this pocket neighborhood is designed to encourage community interaction. The siting of homes maximizes light, energy and construction efficiency while balancing privacy and orientation to the community. Floor plans accommodate aging in place. Ankeny Row is constructed to the Passive House standard and aims to be net-zero energy use. Shared amenities include a community room, a courtyard, a garden shed, and bike parking/workshop. Interior design by 2Yoke Design

https://www.ccottages.com/ - builder & designer
www.hickmanwoods.com- flooring
Rift & Quarter Sawn Red Oak Floors.
Site Finish.
US sourced. 100% FSC Certified. Green building.

Taragano Design & Build framing a project in Walnut Creek,
California.
What this stage shows is a house temporarily holding itself up
while its walls are gone. The roof stayed and the exterior walls
below it came out, which means the load path had to be carried
through temporary shoring and then transferred onto new headers and
posts as they went in. That sequence is engineered before demolition
starts. It is not resolved on site.
The new openings are much wider than what they replaced, which is
usually the entire point of a project like this. Wider spans mean
larger headers, larger headers mean more concentrated point loads,
and those loads have to land on something. Frequently that means new
footings poured under existing slab.
Working alongside a pool adds constraint rather than complexity.
Equipment access, material staging, and debris control all have to
route around it, and that gets planned before the first truck
arrives.
Licensed general contractor, CSLB #1143420. Diamond Certified.

https://www.ccottages.com/ - builder & designer
www.hickmanwoods.com- flooring
Natural Rift & Quarter Sawn Red Oak Floors.
Site Finish.
US sourced. 100% FSC Certified. Green building.
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