Energy Resilience Features
Energy Resilience
Features
Energy Resilience Features
Distributed energy systems powered by renewable energy sources can supply communities and feed energy back to a centralized grid to meet peak needs.
Our distributed energy systems power our communities, and connect with the centralized energy grid, reducing carbon intensity and adding back-up resilience to the energy infrastructure.
What works today will become more essential as electric vehicle sales continue to surge. Car-charging needs will place additional demand on an aging energy infrastructure.
Distributed energy systems, complemented by battery energy storage, can provide an answer for a more stable energy supply.
We’re actively exploring new technology in this area. s2e has a long history of collaborating with universities and Federal government agencies to pilot implementations on the front-edge of energy resilience.
See the principle of Energy Resilience in action through our microgrid projects.
s2e has a long history of research collaborations.
Principles for Sustainable Communities
Distributed energy systems powered by renewable energy sources can supply communities and feed energy back to a centralized grid to meet peak needs.
The use and efficiency of one of our most precious resources, water, is given careful attention in our 7-Gen Communities.
Our innovative approach to reducing embodied carbon is a key aspect of building sustainable communities.
Designing sustainable transportation options to reduce the carbon footprint of communities.
Innovations such as carousel parking within sustainable communities allows for the use of park-like green spaces where parking lots once dominated.
Building sustainable communities using renewable energy sources and green building methods for low operational carbon impacts.
We aim to restore disturbed land, creating new urban assets with minimal disruption of foodland and natural habitats.