Pastoral Substation Public Infrastructure

The main principle behind Pastoral Substation is the transformation of conventional energy infrastructure into an open, ecological, and civic space. The project draws inspiration from the coexistence of technology and nature — reinterpreting the industrial landscape through the lens of sustainability and community engagement. Inspired by the pastoral imagery of fields and sunlight, the design merges renewable energy facilities with public amenities, creating a living environment where clean energy and human activity flow together harmoniously.

The design focuses on reimagining a high-voltage substation — typically a closed, “neighbor-avoided” facility — into a welcoming and educational urban destination. The goal was to dissolve physical and psychological boundaries between infrastructure and daily life, transforming the substation into a civic landscape that demonstrates renewable energy in action. The project aims to shift public perception from “industrial exclusion” to “shared participation.”

The vision for Pastoral Substation extends beyond a single project. It serves as a prototype for future transformations of utility infrastructures into public assets. I plan to collaborate with municipal governments and energy companies to replicate this model in other urban and rural contexts, adapting the framework to local ecology and community needs.

The concept originated from Shanghai’s dual identity — a city of industrial progress and ecological aspiration. Traditionally, substations are isolated technical facilities, hidden from public life. Our vision was to reinterpret this typology by transforming it into a landscape of energy and ecology. Drawing inspiration from Shanghai’s industrial heritage, we preserved the site’s functional core but overlaid it with public accessibility, green infrastructure, and educational value. This approach reflects the city’s ambition to evolve from industrial production to sustainable innovation — turning infrastructure into an open, participatory, and human-centered urban space.

Balancing security and public engagement required a dual-layered spatial strategy. The operational core of the 220kV substation remains strictly protected, while a surrounding buffer landscape integrates solar panels, kinetic pavements, and educational installations that visualize energy flow. The photovoltaic canopy both shades public areas and produces power, symbolizing the site’s active role in clean energy generation. Meanwhile, kinetic devices embedded along pedestrian paths allow visitors to physically participate in energy creation. This choreography of movement, light, and energy transforms a purely technical environment into a living classroom — where people experience infrastructure as both functional and inspiring.

We were inspired by the idea of “flowing energy” — both electrical and human. The multi-layered design expresses this dynamic through elevated walkways, bridges, and viewing decks that weave above and around the substation’s core. These paths not only ensure safe distance from critical equipment but also provide immersive views of the green roofs, solar fields, and kinetic installations. The layered spatial system encourages exploration and reinterpretation, transforming what was once a restricted area into a field of discovery. In essence, visitors traverse the site as if walking through an evolving landscape of energy, time, and nature.