Reaching 100 percent renewables takes political courage. California puts a price on carbon. Minneapolis facilitates private investment in community solar. Texas ends utility monopoly power with an open market.
In some regions, electric grids have increased capacity, become more reliable, much better at integrating distributed renewables, smarter and more resilient. In other places, serious investment is needed to reduce the risk of failure in storms and malfunctions that cause everything from wildfires to millions living for days in darkness. Microgrids are a growing part of the solution.
Ten Across is designed to accomplish two things: first, to represent the world as it is in all of its complexity and nuance and, second, to imagine alternatives to the present trajectory.
In California, millions of homes are all-electric and 819,337 have solar roofs. Electric heat pumps can accommodate all needs for water heating, air conditioning and heating. Starting in 2020, all new California homes will be required to be zero-energy, accomplished by being well insulated, very efficient, all electric, and having solar roofs. Zero-energy homes, government and commercial buildings will allow the major cities of San Diego, San Francisco, and even massive Los Angeles to meet city goals of using 100 percent renewables.
Analysis and policy recommendations stemming from the City Footprinting Project will strive for territorial cohesion and equity. They will also aim at developing public policy instruments to preserve and improve the natural capital of each municipality and strengthen the sustainable management of the landscape and of natural resources.
Water is a precious resource. Let’s face it, flushing toilets and urinals with potable water IS waste and we have an opportunity to shift the conversation towards one of water stewardship. As the “yuck factor” begins to subside, we are seeing a growing interest in water reuse strategies. However, the long slog isn’t over. Educating the design community, communicating the benefits of water conservation to clients, and working with regulatory and health officials to develop effective policy is core to the mission of Urban Fabrick Inc. and The William J. Worthen Foundation.
Sea rise and extreme climate are challenging urban planners to be regional planners; they confront civic leaders with the need to take a long view of time and see beyond city boundaries. We also see how global employers can lead in shifting jobs and relocating facilities.
Changing the paradigm from traditional technocratic solutions to those that are more agile, adaptable, and affordable is the key for the future. Although the water sector is conservative by nature, it needs innovation to challenge the status quo and that can overcome the constraints of existing infrastructure, governance, and prior decisions. It’s easy to put blame on governments, which are working hard and dealing at high volume to supply the demand of constituents. Citizens also must change their habits and tastes in order to make change work.
The Olympic motto is three Latin words: citius, altius, fortius – faster, higher, stronger. With electric rail and buses, taller green buildings in thriving mixed use neighborhoods, and resiliency with distributed renewables, these three attributes will also be said of Los Angeles in ten years.
Setting ambitious solar energy goals and demonstrating commitment through municipal solar installations are both fundamental in setting the tone for solar growth in a community. Goal setting provides an opportunity to institutionalize a shared vision of a solar-powered future, and a strong goal ensures that progress towards that goal becomes embedded in all future city decisions.
Traditionally, cities, facing increased demand for water, along with variable supply, have relied on large-scale, supply-side infrastructural projects such as dams and reservoirs. This is termed ‘supply-side’ management. However, supply-side management is costly in economic, environmental and political terms.
By combining intelligent storage, solar, and energy efficiency, schools may eventually save billions of dollars that can be put towards better classrooms, more teachers and aids, and better learning. Intelligent storage is helping schools with peak shaving, rate optimization, arbitrage, and demand response.