2. Smart Charging Station Network
2. Smart Charging Station Network
2. Smart Charging Station Network
Deployment of a network of fast-EV chargers along a major highway corridor. Designed to support the transition to electric vehicles while integrating smart load-management to optimize grid impact.
Deployment of a network of fast-EV chargers along a major highway corridor. Designed to support the transition to electric vehicles while integrating smart load-management to optimize grid impact.
Deployment of a network of fast-EV chargers along a major highway corridor. Designed to support the transition to electric vehicles while integrating smart load-management to optimize grid impact.
Key Features:
150 kW DC fast chargers at key rest stops
Smart scheduling to shift charging sessions to off-peak hours
Real-time user interface + app for payments, availability, and usage stats
Key Features:
Installation of high-efficiency solar panels with anti-soiling technology
Grid-tie inverters with backup battery storage (20 kWh) for cloudy days or peak demand
Monitoring dashboard for energy production, usage, and CO₂ savings
Impact:
Supports up to 200 EV charges/day
Reduces range anxiety for EV users in the region
Encourages EV adoption by ~25% in nearby areas over 2 years
Impact:
Estimated reduction of 150 metric tons of CO₂ per year
Lowered local electricity costs by ~40%
Created local jobs in construction and ongoing maintenance
3. Green Roof Solar
Tile Demonstration
An architectural-integrated project installing solar roofing tiles on public buildings (e.g. schools, community centers) to preserve aesthetic design while generating renewable energy.
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