1. Early life

2. Career

3. Representative projects

4. References

Early life

As a child Haggard was influenced by his father, a landscape architect who ran a Civilian Conservation Corps camp during the Depression. After his retirement, he concentrated on restoring a burned out peanut farm in south Texas to a mixed savannah grassland. Haggard grew up with Texas dust, heat, oil wells, rainwater harvesting, hot springs and cottonmouths. After a BS in chemical engineering and service in the Army, he switched to architecture and design with a BA at NC State and then a Masters in Urban Design at the University of Pennsylvania. After stints as a planner and designer, he became a teacher while maintaining a design practice. From 1967 to 1988 he taught at California Polytechnic State University at San Luis Obispo. In the summer of 1970 he taught in Bangladesh, an experience that changed his approach to design and architecture, and led to his lifelong commitment to design for the real world.

Career

From 1972 to 1975 he was the Principal Investigator for a Research Evaluation of a System of Natural Air-Conditioning funded by the United States Department of Housing and Urban Development. This project built and tested the first 100% naturally heated and cooled home in the country.^[3]

In 1975, Haggard met Polly Cooper at Cal Poly, beginning a long productive partnership. They became a voice for a more sustainable approach to architectural design and the education of architects at Cal Poly. In 1976, they established their architectural practice, specializing in site-responsive design that takes full advantage of on-site thermal sources and sinks and on-site energies to provide solar heating, natural cooling and ventilation and daylighting.^[4] In later years, their emphasis has broadened to include a wide range of sustainable design issues including sustainable materials, rainwater harvesting and regenerative landscapes. By combining their different perspectives, they feel they achieve more comprehensive, integrated decisions.^[5]

Haggard was Co-principal Investigator on a project for the California Energy Commission that led to the development of the Passive Solar Handbook for California in 1980.^[6] and from 1984-1988 he was the founder and Director of the Renewable Energy Institute at Cal Poly. After retiring from Cal Poly the work at the San Luis Sustainability Group intensified, with projects ranging from home and commercial remodels to new homes, schools, and commercial buildings.^[7]

In 1993 their office and home were destroyed in a wildfire. Losing all the records, plans and photographs and artwork was devastating, but the clean slate allowed them to design and build a model passive solar off-grid office and home using renewable materials such as straw bales and wood milled from the fire killed trees.^[8]

As the early 2000s arrived the San Luis Obispo Sustainability Group began to focus on public buildings that could enhance understanding of passive solar design and sustainable building materials. This included several pivotal projects, including the Wolken Education Center at Hidden Villa in Los Altos, the Congregation Beth David Synagogue, and the San Luis Obispo Botanic Garden Education Center.^[9] The design of Congregation Beth David Synagogue skillfully used passive solar architecture to eliminate a central HVAC system and also cost no more than a conventional building. Energy use is 90% below state code requirements and the rabbi and members appreciate the beauty, comfort and savings the building provides.^[10]

Beginning in 2006 Haggard began to focus on education and writing after he realized that buildings use 72% of America’s electricity and generate 40% of the global warming gases.^[11]

Books assumed more importance than projects as the growing global heating crisis made it clear that every architect and designer needs to understand how to design buildings that used 90% less energy but were more comfortable and secure.^[12]

Representative projects

Natural space conditioning with passive solar heating, microclimate based cooling, cooling, daylighting and natural ventilation have been fundamental concerns of Ken Haggard and the San Luis Obispo Sustainability Group.

1972-1975: Prototype Roof Pond House

This solar house was built in 1972 as a prototype for the roof pond system of heating and

cooling invented by Harold Hay. Several aspects distinguish the project:

• First documented 100 percent heated and cooled passive solar building.
• Only instrumented solar house in operation during the 1973 energy crisis.
• First comprehensive interdisciplinary evaluation of a passive solar building.
• First application of computer-aided simulation modeling of passive solar building performance, done by Phil Niles, PE.

1976: Energy-Efficient Office Building SLOSG’s design of an energy-efficient state office building, with Christie Coffin, Phil Niles, Jake Feldman and Jens Pohl, was an Award of Merit winner in the California Energy-Efficient Office Building Competition. In addition to illustrating the application of the roof pond system to larger buildings, the design addressed urbanism and human-scale issues now referred to as “The New Urbanism.”

1978-1980: Passive Solar Handbook for California

This handbook by Ken Haggard and Phil Niles, sponsored and published by the California

Energy Commission, was designed to make it easier for architects in the state to design passive

solar buildings. As part of this handbook, Niles designed the Cal Pas prediction model. This

model became the basis of the performance standards in the then-new California Title 24

energy code and the basis of most passive solar performance models.

1976-1990: Passive Solar Residences. The rise of the fossil fools in the 1980s saw solar architecture increasingly viewed as redundant and unfashionable. SLOSG survived by remaining small, with low overhead. During this period, the firm designed 160 solar buildings, mostly residences.

1991-1994: Green Materials and Social Aspects

In the early ’90s, SLOSG expanded its design considerations to include green materials and

the social aspects of building.

Noland House, Anchor Ranch, Lone Pine, Calif. This project, in collaboration with eco-pioneer

Pliny Fisk, combined passive heating and cooling with broad resource, health and

metabolism issues for a move toward sustainability. The first permitted straw bale building in

California, it featured composting toilets and processed wastewater with an interior microbial

bed filter/marsh system.

Tierra Nueva CoHousing Community, Oceano, Calif.

This project, 27 units plus the Common House, illustrated that passive solar principles could be

applied to a dense, socially cohesive situation.

1994: AIA and IUE Sustainable Communities Competition

This entry, a collaboration between SLOSG and faculty from Cal Poly, was one

of the first-place winners in this international competition. It proposed processes for Los Osos,

a community of 15,000, to evolve into a sustainable community:

• Regeneration of the watershed of Los Osos Valley.
• A structure for developing a sustainable economy.
• Diversity in transportation, housing types and community infrastructure.
• A community center consisting of civic facilities

combined with a resource-recovery facility

and open space.

1991-2000: Firm Expansion

SLOSG operates an off-grid, straw bale passive solar complex near Santa Margarita, Calif. During this period, the firm expanded into campus planning, education buildings for nonprofit

groups, landscape regeneration and the politics of sustainability on the Central California coast.

2000 to Present: Education and Passive Solar Public Buildings

Green design comes of age as its critical importance becomes increasingly obvious. SLOSG’s projects include the San Luis Obispo Botanical Garden Education Center, Congregation Beth David Synagogue and the Mountainbrook Community Church—all registered with the U.S. Green Building Council for LEED certification. Books and articles on passive solar architecture include local, national and international publications.

References

• Blanca X
• Blanca Álvarez Mantilla
• Blanc Cadillac
• Blanc Commun
• Blanc de Bouscat
• Blanc de Bovelle
• Blanc de Hotot
• Blanc de La Salle
• Blanc de Morgex
• Blanc de pages
• Blanc de Pagès
• Blanc de Popielno
• Blanc de Termonde
• Blanc d'Euvezin
• Blanc d'Euvizin
• Blancdieu Hirosaki
• Blancdieu Hirosaki FC
• Blanc doux
• Blanc du Bois
• Blanc du Valdigne
• Blanc & Eclare
• Blanc Fer
• Blanc fix
• Blanc-Francard
• Blanc Gros