For couples starting out with dreams of large two car garages with two cars and some garden tools…the baby needs for the first year will take the first bite out of that concrete vastness and gradually the cars will end up in their new permanent home…. the driveway, because your freshman needed to learn the drums!
We are more attached to our clothes, sports equipment and memories then we think so it is really important and more fun to plan enough organized storage in your new house when it is still on the drawing board.
In phase one of all things storage we will look at your Master Closet:
Here are some gorgeous inspiration storage spaces and questions for you to help the process:
Master Closet:
Open or Closed: Do you like your clothes and shoes visible or hidden behind cleanly designed doors?
Or a third option: dark glass doors
ab.arch.ru
Interiorforlife
2. How many drawers do you need? Take stock of accessories, lingerie, socks
3. Would you like to have space for a small chair or seating area?
4. How much shoe storage do you need?
5. How much other shelving do you need?
6. It’s really nice to have a full length mirror in your closet if you plan ahead, ok this one is super generous but we love the concept!
7. Make up station is a lovely idea if space available
8. Hamper, really great to include this built in if space allows
We love Marie Kondo but we just want to ensure you plan ahead for what you really need for your home!
Working on Napa Houses and pulling lots of our favorite inspiration images we wanted to share, Summer Bliss!
Steel, Glass and Woven Willow
Woven willow on top of the trellis structure above references the cottages at Solage which Orla worked on in 2007. This house is all steel and glass with clerestory windows and shaded overhangs!
Rustic Stone veneer and Wood Siding and Axes and Symmetry is a win in these level Vinefilled landscapes
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TGH
Axes and Symmetry……
If you love modern:
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Modern style, glass with large overhangs to keep cool
We have a couple of vacation houses we are working on in the Wine Country in California and it is so much fun to create that Wine Country feeling!
We thought we would share some of our favorite ideas for designing a gorgeous country style kitchen:
Lots of wood for warmth: This kitchen has a mix of light oak and walnut with stained cedar ceiling. The shaker style cabinets are thinner than traditional surrounds at 1.5″ instead of 2″ so it looks nicely updated with dark bronze pulls and mesh uppers.
Bred krefman
Steel or Steel look windows:
Beth Rucker
Textured tile and butcher block:
We love the chevron tile right now!
Full height storage cabinets: Love how elegant these are when they are kept slim and tall!! Also love the contrasting island!!
Butlers Pantries: We designed one of these for a Beverly Hills A list Celebrity and it had three layers that just folded out, 8 feet tall, it was just amazing!! We had a wonderful cabinetmaker!!
Color is back!
Big Islands with lots of space for guests and extended family!
Mcgee
Reclaimed wood doors: There are lots of architectural salvage yards and it is worth spending an afternoon exploring to see if you can find something fabulous!
Stone: I know the image above is a little too rustic for most but the use of stone, even a light stone on a wall in the kitchen just looks fantastic if you choose a stone you love.
We love the high clerestory windows above the doors to the patio. The windows are simple with just one cross member mullion. The metal roof and off white color of the board and batten siding is inviting with contrasting Barn Like cedar clad building adjacent.
photo by Hubbard
Modern Farmhouse with Nanawall type doors that can open up a room completely to the garden, suited to Marin and Sonoma with the indoor outdoor lifestyle and feeling of spaciousness and comfort.
We love the way the entry leads to steel doors and lighted entryway, giving a sense of openness to the architecture.
Love the way this porch is enclosed with a view to the lake beyond
This wrap around porch with a low sloping roof and thin fascia board
The steel doors, stucco and stone with metal roof creating contrast and texture.
Idesign
This elegant steel trellis creates a light shade element over the seating area.
The contrast between the steel and glass modern structure and the textured stone wall creates tension and openess.
Views to landscape beyond through light aluminium windows and doors invites guests in.
Building Science is continually evolving and getting more efficient so how to get to netzero is subject to change but here is our best for now 🙂 Check out the end of the post for how to renovate your home in stages to NetZero, everyone can have this!
What is NetZero? Why does it make sense?
A NetZero home is one that produces as much energy as it uses each year so it no longer contributes to global warming.
Buildings are 45 percent of the global carbon emissions problem so homeowners, architects and building designers have a lot of power to change sea level rise and the other major concerns we are encountering worldwide.
This means a new way of building and innovative thinking.
We need to create a building that uses less energy than before because it is better built and has the ability to generate its own energy.
Let’s look at how to design a house in preparation for NetZero use:
Passive Solar Design: What is this?
It is usually not possible to get this exact, as sites differ, but the intent is below.
In passive solar building design, windows, walls, and floors are made to collect, store, reflect, and distribute solar energy in the form of heat in the winter and reject solar heat in the summer
Design the house to use the sun, breezes to heat and cool.
East West Orientation in the northern hemisphere: (Orientation is different in southern hemisphere)
Design the building long in the east west face, maximizing the south face. The north face has very little windows and more thermal mass.
South facing sun: in the summer when it is too hot, the angle of the sun is very high so an overhang can keep your house cool
In the winter, the south facing sun is low in the sky and can bring in the sunlight to the interior to warm the home.
We can create models on our computers to show where the sun will travel around your home.
Thermal mass: what is this?
Thermal mass captures the sun’s energy
In the daytime, the sun comes in and heats up the thermal mass, it soaks the heat up
In the evening the concrete, stone or other thermal mass material radiates off the heat slowly, heating the home.
Air movement to passively cool:
Air movement is not always used for NetZero as a really tight and efficient envelope is more energy saving but it depends on individual house design
we can modify other elements to use passive cooling.
Energy efficient building envelope:
To get to netzero it helps to have a really energy efficient building envelope, basically a blanket over and around your structure to keep heat in when its cold outside and keep cool air inside when it heats up. Insulation can provide half of the heat needed to heat your home.
Does that mean the air is stuffy inside?
No
there is a system which will bring in fresh air from the outside
the air goes through a unit that captures the heat content of the air to make it similar to what is inside the house and releases it into the home
It also removes air continuously from the house so you get a very fresh house
This system has filters so it actually can be really helpful if you have someone prone to asthma or allergies in your family
How do you get an energy efficient envelope?
Insulation is cheap and you will lose less energy heating and cooling so you insulate all the building envelope, windows and doors, below slab, walls above grade, walls below grade and roof
Closed cell insulation has become more and more energy efficient but is higher cost
We will cover options to super insulate your home in another Orla Studios Guide.
The diagram below is just one option using regular insulation and double wall construction from fine home building magazine but there are lots of less labor intensive options!
For windows and doors, manufacturers are bringing out more efficient models every year so you do not necessarily need to use triple glazing anymore to get to netzero.
How do you test for a no leak tight exterior envelope:
Sealing up the house perimeter is important so there are no air leaks.
There is a test your contractor can do call a blower test to see how airtight the envelope is.
There are a number of new products on the market to help seal the natural openings created during construction that we will cover in another Orla Studios Guide.
So how do you make your house use as little energy as possible:
Let’s look at the typical energy users in your house:
Heating and cooling:
HVAC equipment designers work with the most efficient compressors, fans, and pumps, coupled with advanced controls, to meet the net-zero energy goal. The result is a more efficient system that uses less energy and saves operational costs.
Smarter controls and the Internet of Things (IoT) are playing a large part in ensuring a building is operating as efficiently as possible.
Here are some of the most efficient and green options for heating and cooling your home:
Geothermal energy is thermal energy generated and stored in the Earth.
If the ground temperature is warmer than the ambient air temperature, the heat pump can move heat from the ground to the building. The heat pump can also operate in reverse, moving heat from the ambient air in a building into the ground, in effect cooling the building. Ground source heat pumps require a small amount of electricity to drive the heating/cooling process.
Ductless Heat Pumps
Air-source ductless heat pumps (DHPs) require no ducts or water pipes and are sometimes referred to as mini-splits. In addition to saving energy, they cost less to install and create only two penetrations in the building shell. DHPs can be sized accurately to meet the needs of small, efficient homes, which makes them a good match for many zero energy homes.
Radiant heat:
Hydronic radiant heating and cooling is used in 50% of net-zero energy buildings. It’s a cost-effective way to downsize forced-air HVAC systems, cutting energy use yet enhancing comfort.
Use Heat pump water heaters:
Takes heat out of the air and uses it to start to heat the water so you use less energy to get hot water.
Some models have both input and output ducts so you can have a water heater that blows cold air.
Huge energy savings. Standard electric water heaters uses $500 per year for family for four, heat pump is $208 per year.
Cooking:
Induction cooktops are instant on, instant off and all electric so you can use your solar panels to operate them. They use magnets and are really efficient using special pans, see egg below, the cooktop stays cool always so it is safer for your family.
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Dryers:
There are heat pump dryers that are terrific. Diagram below of how it can help
Lighting:
There are many wonderful LED lighting options now to light your home using very little electricity.
How does your home generate its own energy?
Solar Panels:
This is where you generate power and we can do calculations to figure out how many panels you need to get to NetZero. It depends on the local utility how they value the energy you provide and how much you can save.
Wind power:
More and more affordable options are being developed every day. Wind power has about a quarter of the carbon footprint of solar panels which means the manufacturing process contributes less to global warming.
An advantage of the microturbines required for home use is that they need less wind to begin turning than their commercial cousins.
Being smaller they generate less power
Small wind turbines are defined as producing less that 100 kilowatts per hour, usually less than ten, with quite a number generating more like 1.5kW/hr.
The higher above the roof the turbine can be positioned the stronger the breeze will be. Wind speed increases at the seventh power above effective ground level.
Electric car: Not really part of the netzero equation but will save you money if you build a netzero house
Netzero will be a requirement in California for new houses starting 2020.
Tumble Creek Cabin #coate
How the home above got to Netzero:
High-performance rain screen building envelope with continuous exterior insulation
Over insulated roof beyond required Washington State Energy code minimums
Radiant floor heating and Energy Recovery Ventilation System
10 kWh PV Solar Panel array, engineered for Tesla Powerwall battery backup system
Use of rustic materials, including stone, Cor-ten steel, and reclaimed barn wood with modern detailing
Exposed steel and wood structure throughout the main spaces
Radiant Heat
Heating and ventilation system can be monitored and adjusted remotely
Massive board-formed concrete fireplace
LED lighting
Energy efficient aluminum-clad wood windows and doors
Electric car charging station
NetZero Renovation:
You can also renovate your home to NetZero in steps: check out one of our favorite Canadians who does just that:
Our goto on our modern house projects is a floating stair in wood with a custom designed, custom fabricated steel handrail! We have some wonderful metalworkers, true craftsmen, we work with on the custom designs. We love how light they are and how they have less impact on the space. They allow more openness, sunlight and give you that wonderful airy feeling in the center of your home!!
We have a client right now who wants a more traditional spin on the floating stair so we thought we would share some of our favorite gorgeous stair inspiration with you as we draw some ideas for her……Enjoy!
The passivhaus or passive house standard was developed in the early 1990’s in Germany. It dramatically reduces the need for heating and cooling and improves air quality.
Passive Houses allow for space heating and cooling related energy savings of up to 90% compared with typical building stock and over 75% compared to average new build. Passivehouse building techniques result in ultra-low energy buildings
Bamboo House by Karawitz Architects
It basically wraps a house in a big insulation blanket with no gaps to prevent heat loss and gain
houses are orientated to allow solar passive heat gains (in the northern hemisphere, windows on the south with very little openings on the north side). In warm climates, southern facing glazing is shaded by large overhangs or shade systems so intense summer rays do not overheat. At the Karawitz house this system is bamboo, a highly sustainable building material
insulation and use of cool colors on the exterior, airtightness to limit heat and humidity gains
night cooling and fixed or movable shading and large overhangs
geothermal cooling, the earth is cooler just 10 to 13 feet below grade and can be used to cool structure above
thermal mass, creating a thick building envelope to absorb heat from exterior. Keeps home cool during summer and keeps heat in during winter
high levels of insulation with low levels of thermal bridging, (thermal bridging is where gaps in the insulated building envelope cause temps to jump from inside to outside or vice versa)
These highly insulated wall, floor and foundations are customized based on the climate the house is located in, warmer climates use less material
The section above is used in Ireland, a cool climate
EnerPHit is the passive house standard for remodels
triple glazing or double glazing with low e and no thermal bridging can be used for windows and doors
For certification:
the energy balance of the proposed building must be verified using the Passive House Planning Package (PHPP) using the appropriate regional climatic dataset. Either the monthly or the annual method may be applied.
Note from Orla Studios: the information below is planning for 0-40 years from now.
Planners, Cities and National Governments have more serious problems developing due to sea level rise for 40-60 year periods and 60-135 years and beyond. It is critical that this is thought about now and the civil engineering solutions developed now to deal with the pending crisis in 2100 to our coastline, and our infrastructure. We do not have solutions in place or even in process currently for the longer timelines. The global clmate change conferences occurring each year are critical as are our actions to keep global warming to a maximum of 1.5 c. Your actions everyday count, what you eat, what you drive, what you build.
The Big U – BIG Teams Vision for protecting Manhattan from storm surges like hurricane Sandy’s: watch vi video above Designing for Flood Risk focuses on preparing buildings to withstand the threat of coastal flooding, while ensuring that they support everyday livability and quality of life. The devastation wrought in waterfront communities from recent Hurricanes and storm surge has brought a new level of urgency to this work. Flood tolerance is the capacity to remain undamaged and functional when flooded, which requires adapting the built environment to floods.
For a diagram of the Sea Level Rise impact to your community see maps below prepared by Union of Concerned Scientists: (all of maps referenced here are continuously being updated as new data comes in)
How can we ensure that buildings meet higher flood protection standards while preserving the vitality of our neighborhoods?
BASE FLOOD ELEVATION (BFE) the computed elevation in feet to which floodwater is anticipated to rise during the base flood, is the regulatory requirement for the elevation or floodproofing of structures. A building’s flood insurance premium is determined by the relationship between the BFE and a structure’s elevation.
“In the coastal velocity zone (“V zone”), where hurricane storm surge is the risk and wave action is the driving force, you need an open foundation on pilings, which allows waves to pass below the home’s occupied space. Waves pack an enormous punch—because water is so much more massive than air, a 2-foot or 3-foot wave is far more destructive than the hurricane winds that are pushing it. That’s why a 30-foot surge with high battering waves, like Hurricane Katrina brought in 2005, is able to scrape shorelines clean of buildings” Ted Cushman, Building mag.
We need to develop a flood-tolerant lifestyle based on flood adaptation at the property level:
Parday House near Wargrave: a completed home is raised up on a steel frame, above ground leve
allows the site to flood, protecting from potential damage
flood water flows freely underneath the building- development does not adversely impact the flood plain as a whole and excess water isn’t pushed elsewhere
RIBA competition entry above: flood solution
Permeable paving use in mitigating flash flooding caused by heavy rainfall:
permeable paving can drain into swales and retention ponds
reduces the risk of flash flooding by slowing down the flow of rainwater to help to discharge it back to the ground at a reduced flow rate
Drainage swales to prevent and ease flash flooding from heavy rainfall:
Swales can be part of an area’s natural landscaping, or they can be created to help ensure proper drainage, minimize runoff or capture storm water. In simple terms, they are generally shallow ditches that have gently sloping sides.
swales are a cost effective and more natural solution to traditional drainage construction
provide an opportunity to introduce more native species to a site
the swales can be seeded with a mix containing species suitable for seasonally wet soils
Green corridors/temporary holding ponds for flood waters:
Water Boulevards, a concept developed in England, creates a network of green corridors to manage and passively reduce flooding, integrating Green Infrastructure and Water Sensitive Urban Design into City streets. It can be applied as a network of green corridors to any city at risk of flooding. Water Boulevards is a project by Baharash Architecture.
Parks can be designed to double as a water holding area during a flood event. Parks, designed like this one in Copenhagen, allow recreational areas like skate parks to become temporary holding ponds for flood waters:
Mechanical and electrical equipment protection during flood events:
Mechanical and electrical equipment such as HVAC, boilers, and water heaters should also be relocated above BFE whenever possible. It is important not only to protect the equipment from flood damage, but also to prevent gas and oil from mixing with flood water contributing to other environmental risks.
In flood prone areas the main lines should be run through the ceiling or upper wall then down to switches and outlets set at mid-wall height. Any wiring installed below the BFE must be water-resistant
Two approaches to floodproofing buildings: Wet and Dry:
Wet floodproofing:
allows buildings in the flood zone to be designed to allow floodwaters to enter and leave the structure without the use of any mechanical equipment.
Spaces that are below grade on all sides are prohibited, and the lowest occupiable floor is required to be elevated above the BFE
To prevent the collapse of building walls, a wet-floodproofed building allows for the equalization of hydrostatic forces on both sides of the wall during a flood event. This is achieved with openings at the ground level called flood vents see Orla Studios Guide to Flood Vents
All emergency exit stairwells and corridors shall be wet floodproofed and designed with hydrostatic openings (flood vents) to maintain the operation of the exit door. Emergency exits must open at grade. Evacuation points from elevated
floors are not acceptable as emergency exits.
Dry floodproofing:
Dry floodproofing makes a structure watertight up to at least the level of the BFE through the implementation of sealants, flood shields, aquarium glass and strengthening structural components to resist hydrostatic forces from floodwaters, and protecting utilities from flood damage
Unlike wet floodproofing, the first floor of a dry-floodproofed structure can be at
an elevation below grade or below the base flood elevation.
Through dry floodproofing, building access can be maintained at grade with no apparent differences from a non-floodproofed condition
Any of these conditions will generally entail higher construction
costs. Dry floodproofing can present safety hazards during a flood event by blocking egress, so it is not allowed in entirely residential buildings
As a fairly common practice in New York City, new mixed-use buildings
in A zones have combined wet and dry floodproofed areas at the ground
floor. With this solution, portions of the building are sealed at the ground floor
to keep floodwaters out, while lobbies and entryways are designed to accommodate flooding
Flood and Hurricane proof skyscraper in NYC:
“In American Copper Apartments, (above) developers decided to fortify the two towers with features that would mitigate the effects of a hurricane, including a flood resilient basement and lobby and a park that doubles as a bioswale.
Mechanical equipment that would typically be found in the basement — such as generators, electrical switchgear, and pumps — is on the second floor, above the flood line” writes Lauren Young of Science Friday,
Nearly 2 million people were left without power during the Sandy storm in NYC, and some were living in buildings for no power for a week, the developer of these apartments elected to put things like water pumps, elevators, lights, electrical charging outlets and people’s refrigerators on emergency power generators.
Helping neighborhood vibrancy when first floors need to be elevated above base flood plain:
A planting buffer with shrubs or trees, combined with other façade treatments such as vertical articulation, can mitigate limited ground-floor activity
Architectural elements like turns in an entry stair, porches or decks for one and two family buildings can mitigate the distance between grade and the first occupied floor of a building, introduce an additional horizontal visual feature that gives the façade more of a pedestrian scale, and bring “eyes on the street” with a semi-private space closer to the sidewalk
Access elements such as stairs and ramps can be integrated into the landscaping to make a more seamless transition from sidewalk to building. Grading should be designed that does not create drainage problems for adjacent properties
Coastal community planning and development codes need to be updated immediately:
Planning and zoning could be modified allowing for additional flexibility to raise yards and building heights to resolve the difference between existing grade and BFE, making it possible to resolve the height differential between them
RESOURCES:
San Francisco has a Model for Grant Assistance for Flood Preparation:
The San Francisco Public Utilities Commission (SFPUC)’s Floodwater Grant Program (“Grant Program”) helps property owners in San Francisco minimize the risk of property damage due to flooding. They encourage Residents to take advantage of the Grant Program which reimburses flood victims who want to install improvements like doorway seals, flood gates or plumbing upgrades to lessen or prevent future flood damage. More info here:
We are finishing up two houses in Marin County, California: one Modern Classical on the Belvedere lagoon with a fantastic amount of blue/green water surrounding it and one Rustic Farmhouse in Larkspur on a gorgeous Marin greenery filled site. Both our clients are now on a quest!!! The Mission: find the perfect white to paint their exteriors:
How we help:
It really does matter where your house is located, the quality of light, how much shade on site. Critical also is the landscape surrounding you and your latitude as the light varies so be prepared to do lots of samples outside and look at them at all times of the day. Too bright a white can be glaring at some latitudes so paint a large test area on your home exterior and look at it in full sun. You neighbors should be able to admire it without sunglasses😁.
We decided to put together our top go to exterior Whites list!
No. 1. BM Simply White
Office favorite (was Benjamin Moore’s color of the year in 2016): very happy white with a hint of yellow. Better in Northern hemispheres like Europe.
No 2. C2 Pearl
On the cooler side, while still being a soft white.
No. 3. Farrow and Ball All White
(Ok…. The British Farrow and Ball crew say this is “A totally pure white: All White is exactly what it says! Unusually, it contains no other pigment except for white”)
No 4. Whisper Dunn Edwards
Warm neutral with vanilla undertones: gorgeous….
No. 5. C2 Coconut
For cool white lovers:
No 6. C2 Vellum
Warm off white beige, very elegant on houses with classical proportions. Also word on the street: C2 exterior is a very durable paint but more expensive than BM
No 7. Benjamin Moore Linen White
Warning: you have got to really, really love cream to love this white but what can we say: it is Benjamin Moore’s top selling white of all time and looks wonderful on more classically styled houses
No 8. Dunn Edwards Milk Glass
Warm milky white perfect near the water……
No. 9 Farrow and Ball Wimbourne White
A shade on the warmer side of pure white with a hint of taupe for urban lovers!
No.10 Benjamin Moore Swiss Coffee
Not a true white, creamy grey undertones with hints of green and yellow-favorite with interior designers
Whether working on a new home design or a renovation, window seats are one of our client’s most frequent requests, in all styles of architecture, modern, contemporary, classical! Window seats can create the perfect space to enjoy a dramatic view from your site or a comfy reading, homework and laptop work area.
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Constantino. Photo by Dominica Roda
Plaini and Karahalios
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Art of interiors
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secret garden house
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