What home for this small
planet would John Muir,
Clara Barton, and
John Kenneth Galbraith build?
A Zero Energy apartment
building, of course.
“Ann Edminster is a true pioneer in the green homes field: based on her own hands-on experience, she spots trends and opportunities years ahead of others and is there waiting when the ‘leaders’ arrive.”
Congratulations to author Ed Dean and the team at Southern California Edison for their new publication, Zero Net Energy Case Study Homes, Volume 1 — and to all the project teams whose work it describes!
My favorite thing about the book is that, with just five case studies, it demonstrates that ZNE performance is achievable across a wide spectrum of housing types: new single-family homes (the easiest), a single-family renovation, a modestly-sized modular home, single-family production-built homes, and new multifamily housing.
Here’s an excerpt from my foreword:
Members of the ZNE community outside California – in places that have “real” weather – sometimes scoff at the lack of challenge of accomplishing ZNE here. Admittedly, our populous coastal areas benefit from benign climates, but we also have both very cold climates, such as Redding (similar in heating degree days to Chicago), and very hot ones, such as Palm Springs. Other factors also make this a challenging environment for housing innovation, among them high costs, a highly mobile workforce, and a notoriously litigious culture. Thus creating successful, marketable, ZNE projects is a non-trivial feat.
All the projects represented here have met the pinnacle of ZNE achievement: verified site ZNE. That is, not only was each project designed to be capable of achieving ZNE, but utility bills provide objective evidence of occupants’ energy use yielding ZNE in actual operation over the course of a full year. Further, site ZNE (explained in the introduction) is the most difficult definition to meet. These projects therefore demonstrate, importantly, that operational site ZNE (to which source ZNE is equal, for all-electric projects) is an achievable benchmark. These proofs of viability are absolutely critical to supporting the State’s likely push towards residential electrification in years to come. The project developers whose work is showcased here are thus to be both congratulated and thanked for their significant contributions to the future of housing in California, and beyond. Read on, and benefit from their experience.
I took the plunge into green building in the early 90s and felt completely at home in that pool from the first dive! Here was the convergence of my architecture background, my lifelong passion to protect the natural world, and my insatiable drive for order, efficiency, and the elimination of waste of all kinds.
After completing each major project, I’ve asked myself, “What’s next? What needs a big push now to help steer the building industry along a more sustainable course?”
In recent years, I saw zero energy building design as the most powerful vector for reducing building sector carbon emissions. The field is rapidly evolving, I’m seeing notable progress in
acceptance and implementation, and new
opportunities are continually emerging.
We now know what it takes to build
zero-energy homes, but zero-energy
communities pose new and
fascinating challenges – both political
and technical. Government agencies and
nonprofits across North America are working
on creative solutions, and I get to play!
What could be better?!