Modern Apartments by BVN Architecture
This Modern Apartments is design by BVN Architecture. I really like the Flow Apartments by BVN. The white clean wave like lines are what really make this structure. The modern landscaping is another element that I can grab some inspiration from.
Information from architect :
Flow involves 8 “terrace-style” houses (3 & 4 bedrooms over 2 stories) to the riverfront boundary with a 7 storey apartment building located on the rear street boundary facing the river. A large open space that results between the buildings offers recreation spaces including reflection and swimming pools and large shaded lawn spaces.
Multi Level House Plan by TANK Architects
Set in the suburbs of Bersee, France, this modern multi level house plan by TANK Architects is set on a narrow and sloping plot – not ideal conditions, but this is where the architect’s creativity kicks in, and the results are functional and aesthetically appealing. To accommodate the lay of the land, this slope house plan is designed in three semi levels. At street level, this unusual house plan is occupied by functional spaces – the foyer, a play room, cellar, a laundry room, garage and the geothermal energy source. Above it, the next level incorporates a kitchen, living rooms and dining room. Upstairs, bedrooms and bathrooms offer privacy. The only issue was that the clients had their hearts set on a single-level home. To make their wish list a reality, the architect designed a central suspended patio where all the levels come together, lending the home a sense of continuity throughout the house. The exterior of this wood clad house boasts a rustic house style that’s welcoming.
Truro Residence by ZeroEnergy Design
Architects: ZeroEnergy Design / Stephanie Horowitz, Ben Uyeda
Project Location: Truro, Massachusetts
Client: Professional couple with large immediate family
Photos: Eric Roth
Description: New 6,200 sq. ft., modern, near zero energy, seven bedroom, eight bathroom, oceanfront vacation home sits on 1.7 acres, 115’ above sea level overlooking Cape Cod Bay. This environmentally sensitive home conserves water, features native landscaping and produces nearly as much energy as it uses per year.
The unique form of the home, inspired by the coastal topography, expands towards the water to capture the majestic ocean view. Designed for informal outdoor living, the home’s ocean-side deck provides not only an inviting spot to relax during a summer afternoon, but also a generous space to host large family events.
The home features a geothermal heating and cooling system, radiant heating, a solar electric system, and fresh air ventilation to ensure healthy indoor air quality.
Client Request: The client asked for a sensible, modern beach home with clean lines. They wanted to avoid the cold, austere feeling associated with many modern houses. The home was to serve as a weekend getaway for two and a summer heaven for the growing family of twenty.
View: The home, situated atop a coastal bank, faces west with 180 degree views of the water and spectacular sunsets over Cape Cod Bay.
Project Overview & Challenges:
• Defining the Space: ZeroEnergy Design (ZED) accommodates the home’s extreme fluctuation in occupancy (from a weekend getaway for two to a summer home for the entire family) with features two primary volumes: The “Living Bar” includes the kitchen, living and dining areas, and a guest suite –
everything the couple needs when their children are away. The “Sleeping Bar” expands to accommodate the entire family. It can be decommissioned to conserve energy when vacant, effectively halving the size of the house.
• Integrated Design Process: ZED used a 3D digital design platform with energy modeling to enable faster, more informed decisions. Conventional drawings depict 2D designs through plans and elevations. The 3D modeling process, however, allowed photo-realistic perspectives and helped the client
better visualize and select from design options, such as initial schematic designs or flooring materials. Similarly, the 3D model served as an ideal mechanism to for ZED and the builder to communicate. It was instrumental in enabling an efficient 14 month construction time. The integrated design process also incorporated an energy model, which allowed ZED to take a calculated approach towards sustainability by informing the designer with an understanding of energy performance implications at each design decision.
• Zero Net Energy Facing West: Conventional passive design principles include limiting west-facing glazing to mitigate unwanted afternoon heat gain. The site’s spectacular west-facing view out over the water, however, required a creative, unconventional approach. ZED used performance
feedback from its energy model to select design features that would compensate for the extra heat gain and meet the client’s energy goals. The home uses two-thirds less energy than a code-built home, and nearly all the remaining electricity use is offset by the solar panels atop the south-facing
roof.
Additional Characteristics:
Nearly ”Free” Heating and Cooling: The geothermal system will both heat and cool the home throughout the year. The radiant floors are particularly well suited for the home’s high ceilings in the living space and master suite since they will directly warm the people, not the space.
Fresh Air Ventilation for Healthy Indoor Air: A heat recovery ventilator provides clean fresh air in all seasons; it exchanges heat between the incoming and outgoing air streams to minimize energy losses.
Sensors Identify HVAC Problems Before Homeowner: The HVAC system was commissioned for peak operating efficiency and has sensors that detect system complications before the client can sense the problem.
Zero Net Energy Residence: The home was designed for zero net energy consumption. The energy efficient home uses two-thirds less energy than a code-built home, which is offset by electricity produced by solar panels atop the southern roof. Further, the energy features that enabled zero net energy are calculated at approximately 8% of the construction budget.
Low Carbon Footprint Means Less Environmental Impact: Each year, the Truro Residence will source 100% of its energy from clean electricity produced by the solar panels. The nearly fossil fuel free home only consumes propane in the kitchen range and a fireplace.
Durable Materials: The homes materials, both inside and out, were selected to endure the harsh ocean environment and heavy traffic. Flooring materials are limited to polished concrete, bluestone and vertical grain bamboo. Exterior materials include ship-lapped cedar siding, a zinc roof, and sustainably harvested ipe decking.
Madrona Residence by Vandeventer + Carlander Architects
Madrona Residence is design by Vandeventer + Carlander Architects. It located in Seattle, Washington.
Information from architect :
Sited on a narrow thirty-five foot urban lot, the house design maximizes access to natural light and views yet maintains privacy.
Designed for a young couple, the wife desired to live at “grade” and the husband to “dwell” in the sky. The plan evolved with public living spaces on the ground floor, private bedrooms on the second, and a shared office opening onto rooftop desks on the third. A linear floor plan allows for a very efficient layout and a compact service core. The south facade features large expanses of glass and is protected by a cedar sun screen. Materials used include clear cedar siding and fibre cement panels.
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