Pleasure Point Project

Concrete and Wood Wonder

Pleasure Point Project

This is one of Pete’s favorite projects. It’s an example of what can be built on a limited budget. It uses three simple forms, cubed volumes of space that come together to form a striking layout. This approach made it exceptionally efficient to frame.

Radiant heat is installed throughout. The downstairs floors are concrete, making for natural passive solar as sunlight comes through the bi-fold doors. The home has perfect sun orientation. Solar panels on the flat roof have maximum exposure year round. The entire structure is “super-insulated” to hold heat in the winter and keep it cool all summer long.

The wood features provide unifying elements. The distinctive multi-level siding is made from sustainably cut rosewood. Rosewood gets its name not from its color, but from its rose-like scent. Inside, the floors, stairs and cabinets are made from Lyptus, grown on sustainably-managed plantations. It’s a beautiful wood with a grain reminiscent of mahogany. Unlike mahogany, it can be harvested after 15 years of growth.

Project Details

  • Square Footage: 2,000
  • Bedrooms: 3
  • Bathrooms: 2
  • Architect: Derek Van Alstine
  • Project Duration: 7 Months

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Sun Collection & Mitigation

The sun provides free energy all day long. Why not utilize it?

Solar Panels

The cost of solar panels continues to drop and programs from state and local agencies can make it possible to install them with little up-front expense. If you live in a sunny area, they can turn your building into an energy producer, repaying you the cost many times over.

Awnings

Don’t cut costs by removing or reducing awnings. An awning, correctly sized for the sun exposure of your building, can reduce sunlight coming in during the summer, but allow it in during the winter, when you want it.

Passive Solar

Passive solar systems use windows, walls, and floors to collect, store, and distribute solar energy as heat in the winter and to reject it in the summer. It is called passive solar or climatic design because the systems don’t use mechanical and electrical devices.

Cool & Living Roofs

Cool roofs are rooftops that are painted light colors to increase the albedo (surface reflectivity) of the building. We have also built roofs from plywood covered with reflective radiant barrier sheathing to achieve this result. This prevents heat from penetrating into a building, keeping it cooler on hot days and reduces the cost of keeping it cool. A living roof, sometimes called a green roof, is a building roof that is partially or completely covered with plants. They absorb rain, provide insulation and help mitigate the Urban Heat Island Effect.

Commercial Heat Island Effect Mitigation

An Urban Heat Island (UHI) is defined as the rise in temperature of a man-made area resulting in a distinct warm area among the relatively cool area of the nearby natural landscape. The effect of UHI is an increase in overall energy use for cooling, which in turn, requires increased energy production by power plants creating heat-trapping greenhouse gasses and particulate matter pollution. In addition, UHI intensity peaks have been linked to heat-related illness and fatalities.

In commercial construction, there exists significant potential for large areas to collect both sun and water. Buildings are the biggest source of greenhouse gasses. Solar panel covered parking lots (solar gardens) and rooftop shade gardens, or living roofs, can reduce the Heat Island Effect of parking lots and buildings.

Development

The potential performance of a new development is vast. A mindset that balances cost, time and aesthetics is essential.

Door Choices

Distance to public transportation, stores, restaurants and services affects the energy efficiency of a new development.

Insulate Wall Penetrations

Buildings that share resources, like apartments with ground level shops, require less use of resources.

The Building Envelope

Indoor air quality is a primary concern of modern builders. An efficiently functioning building has a tight envelope while providing controlled sources of fresh air. LEED (Leadership in Energy and Environmental Design) certification specifications guide us in all of our projects, regardless of certification goals.

Spray Foam Insulation

Spray foam insulation saves on energy costs. US Dept. of Energy studies indicate that 40% of a home's energy is lost as the result of air infiltration through walls, windows and doorways. Buildings treated with spray foam insulate as much as 50% better than traditional insulation products.

Spray foam also protects against moisture, which in turns reduces the chances of mold and mildew. In addition, it reduces noise, acting as a barrier preventing sound transfer through the walls, roof and floors.

Sealant Between Framing Gaps

Injecting sealant in the spaces between the framing reduces airflow, increasing a building’s efficiency.

Foundation To Sill Plate Insulation

Though it may seem impossible for there to be gaps due to a building’s weight, heat is easily lost between the sill plate and the foundation. Insulating these gaps will help keep your heating costs low and make your building more energy efficient.

Window Choices

Like any fenestration (exterior openings of a building), windows can be thermal holes. Up to 25% of heat loss in a typical home is through the windows. There are many choices in windows and we can help you pick the best ones for your project.

Door Choices

We’ve all felt a draft coming under a door. What we don’t usually feel is the heat moving through a door. An insulated energy efficient door has more than good seals around the edges.

Insulate Wall Penetrations

Whenever you put a hole in a wall, for plumbing, outlets, etc., you create an opportunity for energy loss.

The Foundation

We must get past the idea of digging a hole and putting a house over it. The foundation is the largest thermal mass in a building. This massive heat sink can be your friend.

Radiant Heat & Floors

A building with radiant heat floors is more cost-effective to heat than a forced-air system. With a forced-air system, heated air is pushed out of the structure—requiring more air to be heated. Radiant heat provides a very efficient method for maintaining a consistent temperature.

For those more visually-inclined: forced-air is as efficient as a hair dryer for keeping you warm, while radiant heat is like a good pepper—it goes down into the core and warms from the inside out.

Outside-In Warming vs. Inside-Out Warming

Building Orientation

The sun changes its position throughout the year. If you have the opportunity, careful study can allow you to place your building to take advantage of sun and shade.

Foundation Height

Ground moisture and poor water flow can cause wooden siding to rot. Having an elevated foundation can be beneficial during severe weather events.

Vapor Barrier Under Foundation

Moisture in your foundation can cause decay, termite problems and mold, which can migrate upward. A vapor barrier also helps insulate a home, improve heating and cooling performance and affect interior air quality.

Insulation Under Foundation

Remember that the foundation is a giant heat sink. An un-insulated foundation can result in a large heat loss from a house with an otherwise tight envelope.

Water Efficiency

Every aspect of water movement in and around the house is important. Efficient water management lowers your operating costs.

Water Catchment

Rainwater can be harvested for reuse before it seeps into the aquifer or runs off into the drainage system. Uses include water for gardens, greywater systems and more. One benefit is that, despite climate change forecasts, rain is 'renewable' at acceptable volumes. Water catchment systems generally have low operating costs, providing water at the point of consumption.

Water Recovery

Greywater is created by such activities as dishwashing, laundry and bathing. It can be recycled and used for landscape watering. Greywater use reduces demand on conventional water supplies and sewage treatment systems and reduces energy use and chemical pollution from treatment.

Pleasure Point Project

Every system in your building affects its performance.

Heat Pumps

Heat pumps pull heat out of the air or ground to heat a building, but can be reversed to cool instead. A big bonus of a heat pump is that you only need one system for heating and cooling. Heat pumps are extremely efficient. They simply transfer heat, rather than using fuel to create it. This makes them a little more environmentally friendly than a gas-burning furnace.

LED Lighting

EnergyStar-qualified LEDs provide stable light output over their projected lifetime. They are compact and can be used singly or in an array. They give off light in a specific direction, making them more efficient than conventional bulbs that project light in all directions. LEDs have a lifespan of 25 – 45 times longer than incandescent bulbs.

Smart Environmental Systems

Systems that learn the occupant’s habits over time make a building run more efficiently without the guesswork of complex timing systems.

Pleasure Point Project

This is one of Pete’s favorite projects. It’s an example of what can be built on a limited budget. It uses three simple forms, cubed volumes of space that come together to form a striking layout. This approach made it exceptionally efficient to frame. Radiant heat is installed throughout. The downstairs floors are concrete, making […]