SunShare Core Stack - justindbilyeu/SunShare-Connect-Initiative- GitHub Wiki
π SunShare Core Stack
The SunShare Core Stack is the integrated infrastructure powering each rooftop or ground-mounted solar deployment under the SunShare initiative. More than just a solar installation, each deployment functions as a Resilience Nodeβcapable of producing energy, enabling connectivity, and providing modern infrastructure benefits to the host facility and surrounding community.
π 1. Solar Generation Layer
- Core Element: Rooftop or ground-mounted photovoltaic arrays
- Typical Unit: 100-panel (40 kW) installations
- Panel Spec: 400W monocrystalline solar panels with 25β30 year performance warranties
- Energy Output Estimate: ~55β65 MWh annually per 100-panel set (based on Texas irradiance data)
- Installation Cost (Post-ITC): ~$65,000 β $75,000
- Expected ROI: 11β14 years under conservative PPA pricing; <10 years with tax credits and grants
π 2. SunShare Connectβ’ β Broadband & Wi-Fi Infrastructure
- Purpose: Provide free or low-cost broadband to host facilities (airports, hospitals, schools, libraries, community centers)
- Delivery Options:
- Rooftop wireless nodes with mesh-capable backhaul
- Partnerships with local ISPs or fiber-to-rooftop relays
- Power Supply: Powered directly from solar output before grid feed
- Community Impact:
- Digital equity initiative for rural and underserved areas
- Emergency communication node during power outages
β‘ 3. EV Charging Module
- Optional Add-On: Level 2 or Level 3 EV charging infrastructure
- Target Sites: Airports, parking facilities, government centers
- Incentive Alignment: Eligible for federal and state EVSE grants (e.g., NEVI funding)
- Revenue Potential: Dual-stream from charging fees and carbon offset credits
π¦ 4. Battery Storage (Optional / Modular)
- Recommended Tech: Lithium Iron Phosphate (LFP) battery systems
- Use Case:
- Grid independence at night or during outages
- Peak demand shaving for high-usage facilities
- Cost Consideration (2025): ~$250β$350/kWh installed
- Future-Proofing: Integrates with VPP and smart load-sharing protocols
π§ 5. Digital Monitoring & Remote Ops
- Automated Drones: Visual and thermal inspections of panel arrays and site integrity
- Telemetry: Real-time energy production, storage, and consumption data via IoT sensors
- Remote Management: Cloud dashboard with anomaly detection, maintenance alerts, and performance KPIs
- Compliance Tools: FAA glare reports, insurance inspection logs, uptime certifications
π 6. Financial + Legal Architecture
- Ownership Structure: SunShare retains ownership of all system hardware
- Host Agreement: Long-term (15β25 year) roof or land lease
- Energy Sales Model:
- Power Purchase Agreements (PPA)
- Virtual Net Metering (where available)
- Grid Feed with utility credits
- Incentive Layering:
- Federal ITC (Investment Tax Credit)
- USDA REAP and DOE Community Solar grants
- Property tax exemptions (TX Chapter 312/313, etc.)
- Broadband infrastructure grants (SunShare Connect)
ποΈ 7. Deployment & Scaling Model
- Target Rollout: 1 new site per month in Year 1; 3β5 per month by Year 3
- Focus Markets: Texas, Colorado, New Mexico (beginning in underserved counties and public-use facilities)
- Candidate Properties:
- General aviation airports
- Public schools and rural libraries
- Community health centers
- Public housing facilities
- Developer Options:
- Private equity & tax equity funds
- REIT structuring
- Municipal or cooperative partnerships
π 8. Long-Term Vision
- Distributed Resilience Network: 1,000+ SunShare Nodes providing decentralized power and broadband to local communities
- Public-Private Integration: Aligns with federal infrastructure goals and local economic development plans
- Revenue Model: Solar + Connectivity + EV + Grants + Data Services
- Mission: Bridge the gap between solar access and digital inclusion, creating resilient infrastructure that generates value for all
For technical specs, vendor lists, and deployment templates, see:
SunShare Technical Toolkit