Democratic Governance in Tokenized Infrastructure
Your tokens aren't just investments—they're voting power in shaping the future of renewable energy. Learn how to participate in democratic governance, cast informed votes, and help guide project decisions that impact both returns and environmental outcomes.
1. Why Your Vote Matters
Traditional infrastructure investment means handing money to fund managers who make all decisions behind closed doors. Token holders, by contrast, directly shape project direction through transparent, on-chain governance. Every major decision—project selection, capital allocation, strategic partnerships— requires community approval.
💪 Your Voting Power
1,000 tokens = 1,000 votes in most decisions. That's 0.001% of a 1,000,000 token project—small individually, but powerful collectively. When thousands of token holders vote, the community's collective wisdom guides billions in infrastructure investment.
Real-World Impact
Governance isn't theoretical—token holders make consequential decisions:
- Project Selection: Which renewable projects get funded? 50MW solar in Arizona vs 30MW wind in Texas vs 20MW battery in California?
- Capital Allocation: How much capital to deploy? Deploy $50M across 5 projects for diversification or concentrate $50M in single large project for economies of scale?
- Distribution Policy: Reinvest revenue for growth or distribute to token holders for income? Monthly vs quarterly distributions?
- Strategic Partnerships: Partner with developer X for project pipeline or keep in-house development? Trade-offs between speed and control.
- Governance Changes: Adjust voting thresholds, introduce time-weighted voting, modify quorum requirements as community matures.
2. Voting Models Explained
Different voting systems balance competing priorities: proportional stake representation, minority protection, and preventing whale dominance. Understanding these models helps you participate effectively.
Simple Token-Weighted Voting
The most straightforward model: 1 token = 1 vote.
| Aspect | Description |
|---|---|
| Mechanism | Each token holder votes proportional to holdings |
| Pros | Simple, aligns with economic stake, familiar to investors |
| Cons | Large holders ("whales") can dominate decisions |
| Best For | Routine operational decisions, early-stage governance |
Example: Alice (100,000 tokens) vs Bob (1,000 tokens). Alice has 100x voting power. On a project selection vote, if Alice votes Yes and Bob votes No, Alice's preference prevails unless 100 other Bob-sized holders unite against her.
Quadratic Voting
Cost to cast votes increases quadratically: 1 vote costs 1 token, 2 votes cost 4 tokens, 3 votes cost 9 tokens, etc. This reduces whale dominance while still reflecting economic stake.
| Votes Desired | Token Cost | Marginal Cost |
|---|---|---|
| 1 | 1 | 1 |
| 2 | 4 | 3 |
| 3 | 9 | 5 |
| 5 | 25 | 16 (from 3 to 5) |
| 10 | 100 | 75 (from 3 to 10) |
| 100 | 10,000 | 9,900 (from 3 to 100) |
Time-Weighted Voting
Voting power increases with holding duration, rewarding long-term commitment. A token held for 2 years might have 2x the voting power of one held for 1 day.
| Holding Period | Vote Multiplier | Example |
|---|---|---|
| 0-30 days | 1.0x | 1,000 tokens = 1,000 votes |
| 31-180 days | 1.2x | 1,000 tokens = 1,200 votes |
| 181-365 days | 1.5x | 1,000 tokens = 1,500 votes |
| 1-2 years | 2.0x | 1,000 tokens = 2,000 votes |
| 2+ years | 2.5x | 1,000 tokens = 2,500 votes |
Rationale: Renewable infrastructure requires decades to realize full value. Time-weighting aligns voting power with commitment to long-term success, reducing impact of short-term traders.
3. How to Participate: Step-by-Step
Step 1: Set Up Your Wallet
Governance requires a Solana wallet holding your SDA Tokens. See our Getting Started guide for wallet setup instructions.
Step 2: Understand Your Voting Power
Check your voting power in the governance portal:
- Token balance (e.g., 5,000 SDA)
- Vote multiplier if time-weighted (e.g., 1.5x for 1-year holding)
- Total voting power (5,000 × 1.5 = 7,500 votes)
- Percentage of total (7,500 / 1,000,000 = 0.75%)
Step 3: Review Active Proposals
Proposals appear in the governance portal with full details:
- Proposal Title & Summary: "Fund 50MW Solar Farm in Arizona"
- Detailed Description: Location, technology, costs, timeline, returns
- Financial Projections: LCOE, IRR, payback period
- Risk Assessment: Technical, regulatory, market risks
- Community Discussion: Forum thread for debate
- Voting Deadline: Typically 7 days for major decisions
Step 4: Participate in Discussion
Before voting, engage with community in proposal discussion threads:
- Ask questions about technical details
- Raise concerns about risks
- Propose amendments or alternatives
- Share expertise if you have relevant background
- Consider different perspectives before deciding
Step 5: Cast Your Vote
When ready, vote through governance portal:
- Connect wallet to portal
- Navigate to active proposal
- Select: Yes / No / Abstain
- Sign transaction with wallet (usually no gas fees for off-chain voting)
- Verify vote recorded on blockchain
✅ Vote Recorded!
Your vote is now permanently recorded on-chain, contributing to the community's decision. You can verify your vote at any time through block explorers. If the proposal passes quorum and approval thresholds, smart contracts automatically execute the decision.
Step 6: Track Results
Monitor voting progress in real-time:
- Current vote tally (Yes: 450,000 / No: 250,000 / Abstain: 50,000)
- Quorum progress (750,000 / 500,000 required = quorum met)
- Time remaining (3 days left)
- Your vote status (Voted: Yes)
Once voting closes, results are final and automatically executed if approved. No intermediary can override the community's decision.
4. Understanding Proposals
Governance proposals are the mechanism through which token holders make collective decisions. Understanding how proposals are structured, evaluated, and executed is essential for effective participation. This section breaks down the anatomy of a proposal and provides practical evaluation criteria.
Proposal Lifecycle: From Idea to Execution
Most DAOs follow a multi-stage proposal process that balances thorough deliberation with operational efficiency. While specific timelines vary, a typical lifecycle includes:
| Stage | Purpose | Typical Duration |
|---|---|---|
| 1. Discussion | Idea introduction in forums/Discord for community feedback | Ongoing, no fixed duration |
| 2. Temperature Check | Informal off-chain poll to gauge sentiment (e.g., Snapshot) | 3-5 days |
| 3. Formal Proposal | Detailed on-chain submission with executable code | 1-2 days submission window |
| 4. Voting Period | Active voting by token holders | 7 days (most common) |
| 5. Timelock | Security delay before execution (if passed) | 1-7 days[7] |
| 6. Execution | Smart contracts automatically implement decision | Immediate upon timelock expiry |
📊 Real-World Example: Uniswap Governance Process[1]
Uniswap, one of the largest DAOs, uses a three-phase process:
- Temperature Check: 5-day Snapshot poll, requires 10M UNI yes-votes to advance
- Consensus Check: Formal forum discussion, requires 50,000 UNI affirmative votes
- Governance Proposal: On-chain vote, requires 1M UNI to submit, 40M UNI yes-votes to pass, 7-day voting period
This multi-stage approach filters out low-quality proposals while ensuring community buy-in before on-chain execution.
Anatomy of a Well-Structured Proposal
A comprehensive governance proposal should include these components:
1. Executive Summary (2-3 paragraphs)
- What decision is being proposed?
- Why is this decision necessary now?
- What are the expected outcomes?
2. Background & Rationale (300-500 words)
- Context: What problem does this solve?
- Research: What data supports this approach?
- Alternatives: What other options were considered?
- Community feedback: What input was received during discussion phase?
3. Technical Specification (varies by proposal type)
For renewable energy projects:
- Location and resource assessment (solar irradiance, wind speeds)
- Technology and equipment specifications
- Engineering studies and technical feasibility
- Grid interconnection status and requirements
- Construction timeline and milestones
4. Financial Analysis
- Total capital required and funding sources
- Revenue projections (energy sales, RECs, carbon credits)
- Operating expenses and maintenance costs
- Expected returns: LCOE, IRR, payback period
- Sensitivity analysis for key variables (energy prices, capacity factors)
- Distribution schedule for token holders
5. Risk Assessment
- Identified risks (technical, regulatory, market, execution)
- Probability and impact of each risk
- Mitigation strategies
- Contingency plans and reserves
6. Implementation Plan
- Detailed timeline with key milestones
- Responsible parties and their track records
- Success metrics and reporting schedule
- Governance checkpoints (when community votes on next stages)
How to Evaluate a Proposal
When reviewing a proposal, token holders should ask these critical questions:
✅ Proposal Evaluation Checklist
Financial Viability:
- Are revenue projections realistic compared to industry benchmarks?
- Is the IRR competitive with similar renewable infrastructure?
- Are all costs accounted for (development, construction, operations, financing)?
- What happens if energy prices drop 20%? Is project still viable?
Technical Feasibility:
- Does resource assessment use credible data sources (e.g., PVGIS, NREL[10])?
- Is technology proven at commercial scale?
- Are equipment warranties and performance guarantees included?
- Has grid interconnection been secured or at least applied for?
Team & Execution:
- What is the development team's track record?
- Have they built similar projects successfully?
- Is there a detailed project schedule with realistic timelines?
- What happens if key personnel leave mid-project?
Regulatory & Legal:
- Are all necessary permits obtained or clearly identified?
- What regulatory risks exist (policy changes, permitting delays)?
- Is the legal structure appropriate for tokenization?
- Are securities laws being followed?
Community & Governance:
- Did this proposal go through proper discussion phases?
- Were community questions addressed substantively?
- Are there conflicts of interest among proposers?
- Does this align with community values and strategy?
Types of Proposals
Renewable energy tokenization projects typically see these proposal categories:
| Proposal Type | Examples | Typical Quorum |
|---|---|---|
| Project Selection | Fund 50MW solar vs 30MW wind project | 5-10% of tokens |
| Capital Allocation | Deploy $20M to new projects vs repay debt | 5-10% of tokens |
| Distribution Policy | Change from quarterly to monthly distributions | 5-10% of tokens |
| Strategic Partnerships | Partner with developer for project pipeline | 5-10% of tokens |
| Governance Changes | Adjust quorum requirements, voting models | 15-30% (supermajority) |
| Emergency Actions | Address security vulnerability, market crisis | 20-40% (high threshold) |
💡 Quorum Considerations
Quorum requirements vary widely across DAOs. Large DAOs with distributed token holdings often have quorums as low as 1-5%, while smaller active communities might require 30-50%. ENS DAO, for example, requires only 1% quorum but 50% approval for executable proposals[2]. Setting quorum too high risks governance paralysis; too low risks hasty decisions by small groups.
For renewable infrastructure, higher quorums (10-20%) for major capital deployment protect against inadequately vetted projects, while lower quorums (3-5%) work for routine operational decisions.
Red Flags to Watch For
These warning signs suggest a proposal needs more scrutiny or revision:
- Rushed timeline: Proposal moved directly to vote without proper discussion
- Missing financials: Vague cost estimates, no sensitivity analysis
- Overly optimistic: Projections significantly above industry averages without explanation
- Conflicts of interest: Proposer benefits directly without disclosure
- Incomplete risk analysis: Downplays or ignores obvious risks
- Vague implementation: No clear timeline, milestones, or responsible parties
- Community pushback: Significant unanswered concerns from experienced members
- Lack of comparables: No benchmarking against similar successful projects
When you spot red flags, don't hesitate to vote "No" or "Abstain" until concerns are addressed. It's better to delay a good project for proper vetting than to approve a flawed one hastily.
5. Voting Scenarios & Case Studies
The best way to understand governance is through concrete examples. These hypothetical scenarios illustrate common decision-making situations token holders face, with realistic trade-offs based on current industry economics. Each scenario presents options with pros and cons, allowing you to practice evaluating proposals.
📖 How to Use These Scenarios
These are teaching examples based on realistic renewable energy economics (2024 data). Project parameters like LCOE ($29-92/MWh for solar, $27-73/MWh for wind[3]), capacity factors (solar 21-34%, wind 33-47%[4]), and IRR ranges (8-13%[8]) reflect actual industry standards. Consider each scenario, decide how you'd vote, then read the analysis.
Scenario 1: Technology Diversification vs. Concentration
Situation:
The DAO has $25M to deploy. Two proposals emerge:
| Option | Project A | Project B |
|---|---|---|
| Technology | 50MW Solar (Arizona) | 30MW Wind (Texas) |
| Capital Cost | $25M ($0.50/W) | $25M ($0.83/W) |
| LCOE | $32/MWh | $38/MWh |
| Capacity Factor | 28% | 42% |
| Expected IRR | 11.5% | 9.8% |
| Risk Profile | Low (mature tech, strong sun) | Medium (equipment complexity) |
| PPA Status | 15-year signed | 12-year signed |
Key Trade-offs:
- Higher returns vs. diversification: Solar offers better IRR, but wind adds technology diversity
- Production patterns: Solar produces during day peaks; wind often produces at night
- Geographic risk: Concentrating in one state vs. spreading across regions
- Learning opportunity: Wind operational experience could inform future projects
Stakeholder Perspectives:
- Return-focused investors: Favor solar for higher IRR and lower risk
- Long-term strategists: Favor wind for portfolio diversification
- Environmental advocates: Favor wind for better capacity factor (more total generation)
Decision Framework:
Consider the DAO's current portfolio. If this is the first project, solar's lower risk makes sense. If the DAO already has solar projects, wind diversification becomes more attractive despite slightly lower IRR. The 2-3% IRR difference may be worth the risk reduction from diversification.
Scenario 2: Project Size and Economies of Scale
Situation:
The DAO has $40M available. Should we fund one large project or multiple smaller ones?
| Aspect | Option A: Single Large Project | Option B: Three Smaller Projects |
|---|---|---|
| Configuration | 100MW solar farm (California) | 25MW solar (AZ) + 30MW wind (TX) + 15MW solar (NV) |
| Total Cost | $40M | $41M (2.5% premium) |
| Avg LCOE | $30/MWh | $34/MWh |
| Expected IRR | 12.2% | 10.5% |
| Development Risk | High (single point of failure) | Lower (risk spread across projects) |
| Timeline | 18 months to operation | 12-20 months (staggered) |
| Geographic Risk | Concentrated in CA (regulatory risk) | Spread across 3 states |
Key Trade-offs:
- Economies of scale: Large project has 13% lower LCOE due to bulk equipment purchasing
- Execution risk: If large project fails permitting, entire capital is delayed
- Market exposure: California has aggressive renewable policies but higher regulatory risk
- Cash flow timing: Smaller projects come online at different times, starting distributions earlier
Analysis:
Research shows economies of scale in renewables are more complex than traditional industries[9]. While a 100MW project enjoys cost advantages in equipment and construction through bulk purchasing and larger-scale operations, it faces higher development risks, more complex permitting, and concentration risk. Industry experience suggests large projects often face greater permitting challenges than smaller projects, though specific failure rates vary by jurisdiction and project type.
Suggested approach: If this is the DAO's first major deployment, the diversified option (Option B) reduces risk despite lower IRR. Once the DAO has operational experience and proven processes, larger projects become more attractive.
Scenario 3: Distribution Policy - Growth vs. Income
Situation:
Three projects are now operational, generating $3.2M annually after expenses. How should revenue be allocated?
| Approach | Option A: Reinvest | Option B: Distribute | Option C: Hybrid |
|---|---|---|---|
| Distribution to Token Holders | $0 (0%) | $3.2M (100%) | $1.6M (50%) |
| Reinvestment for New Projects | $3.2M | $0 | $1.6M |
| Immediate Yield (on $50M portfolio) | 0% | 6.4% | 3.2% |
| Projected 5-Year Portfolio Growth | $50M → $100M | $50M (no growth) | $50M → $70M |
| 5-Year Total Distributions | $0 for 5 years, then $6.4M/yr | $16M over 5 years | $8M over 5 years, $4.5M/yr after |
Stakeholder Perspectives:
- Income-seeking investors: Prefer Option B (immediate distributions)
- Growth investors: Prefer Option A (compound growth)
- Balanced approach: Prefer Option C (distributions + growth)
Analysis:
This classic growth vs. income trade-off has no universally correct answer—it depends on investor base and market conditions. However, many successful renewable energy funds use a tiered approach:
- Years 1-3: Reinvest 80-100% for rapid portfolio growth
- Years 4-7: Transition to 50-50 split
- Years 8+: Increase distributions to 70-80% as growth slows
For a young DAO, Option A or C makes strategic sense to build portfolio scale. Once the portfolio reaches critical mass ($100M+), shifting toward distributions rewards early supporters.
Scenario 4: Risk vs. Return - Merchant vs. Contracted
Situation:
A developer offers two versions of the same 40MW wind project:
| Aspect | Option A: PPA Contracted | Option B: Merchant |
|---|---|---|
| Revenue Model | 15-year PPA at $45/MWh | Sell into market (avg $52/MWh) |
| Expected IRR | 9.2% | 14.5% |
| Revenue Certainty | 100% for 15 years | Fluctuates with market prices |
| Downside Scenario (low prices) | 9.2% IRR (unchanged) | 4.2% IRR (if prices drop to $35/MWh) |
| Upside Scenario (high prices) | 9.2% IRR (unchanged) | 22.8% IRR (if prices rise to $65/MWh) |
| Financing | 70% debt available (due to PPA) | 50% debt available (higher risk) |
Key Considerations:
- Market outlook: Electricity prices rising (energy transition, electrification) or falling (overcapacity)?
- Risk tolerance: Can token holders handle volatile distributions?
- Portfolio position: If DAO has mostly contracted projects, adding merchant exposure increases overall returns
- Leverage impact: PPA allows 40% more debt, improving equity returns
Analysis:
Industry observations suggest merchant renewable projects can potentially achieve higher IRR than PPA projects during periods of rising electricity prices, but with significantly higher volatility (2-3x). The key question: does the DAO's token holder base prefer stable distributions or higher expected returns with volatility?
Recommended approach: For a DAO's first few projects, PPA contracts provide stability and allow higher leverage. Once portfolio reaches 100+ MW with stable cash flows, adding 20-30% merchant exposure can boost returns without excessive risk.
Learning from DAO Governance Patterns
Analysis of major DAOs (Uniswap, MakerDAO, Compound) reveals common voting patterns[6]:
- Voter turnout: Typically 5-15% of token holders vote on routine proposals; 30-50% on controversial ones
- Proposal success rate: ~60-70% of proposals that reach formal voting pass
- Time requirement: Active governance participants spend 3-5 hours/month reading proposals and discussions
- Expertise matters: Proposals with detailed technical/financial analysis pass at 80% rates vs. 40% for vague proposals
🎯 Key Takeaway: Decision Frameworks Over Rigid Rules
These scenarios illustrate that governance isn't about having "correct" answers—it's about applying consistent frameworks to evaluate trade-offs. Strong governance communities develop shared mental models for assessing proposals, even when members disagree on specific votes.
The most effective approach: start conservative (lower risk, proven models), build track record and expertise, then gradually take on more ambitious projects as community capability grows.
6. Join the Community
Effective governance requires active community participation. Beyond voting, token holders contribute through discussions, research, proposal drafting, and working groups. Getting involved early helps you understand the community culture and build relationships with other stakeholders.
Communication Channels
Most decentralized communities use a multi-channel approach for different types of communication:
Real-Time Discussion (Discord / Telegram)
Fast-paced conversations, informal questions, and community bonding. Typical channels include:
- #general: Casual community discussion and introductions
- #governance: Active proposal discussions and voting coordination
- #technical: Project engineering, smart contract questions
- #financial: Economic modeling, returns analysis
- #announcements: Official updates (read-only)
Long-Form Discussion (Governance Forum)
Structured, threaded discussions for serious proposal debate. Each proposal typically has a dedicated thread where community members post detailed analysis, ask questions, and propose amendments.
Community Calls (Monthly Video Meetings)
Regular video meetings where the community discusses active proposals, reviews project performance, and coordinates working group activities. These calls are usually recorded and archived for those who can't attend live.
Getting Started: Your First 30 Days
Week 1: Observe and Learn
- Join all communication channels but start in read-only mode
- Read the last 5-10 governance proposals to understand discussion quality
- Identify active, knowledgeable community members
- Review project documentation and past decisions
Week 2-3: Ask Questions
- Introduce yourself in #general with your background and interests
- Ask clarifying questions about proposals (no question is too basic)
- Attend a community call as a listener
- Read governance forum threads to see how experienced members evaluate proposals
Week 4: Start Contributing
- Cast your first vote on an active proposal
- Post your reasoning in the forum (even a brief explanation helps)
- Offer to help with research if you have relevant expertise
- Join a working group aligned with your skills
Working Groups and Specialized Roles
Many DAOs organize specialized committees focused on specific domains. Renewable energy tokenization projects typically have:
Technical Working Group
- Focus: Evaluate project engineering, technology selection, resource assessments
- Expertise needed: Renewable energy engineering, grid interconnection, O&M
- Time commitment: 3-5 hours/month
- Contributions: Technical due diligence on proposals, equipment vendor evaluation
Financial Working Group
- Focus: Financial modeling, risk assessment, distribution policy
- Expertise needed: Project finance, infrastructure investment, accounting
- Time commitment: 4-6 hours/month
- Contributions: Financial model review, sensitivity analysis, capital allocation strategy
Environmental & Impact Group
- Focus: Impact measurement, carbon accounting, sustainability reporting
- Expertise needed: LCA, carbon markets, sustainability frameworks
- Time commitment: 2-4 hours/month
- Contributions: Verify environmental claims, develop impact reporting standards
Community & Communications
- Focus: Community onboarding, documentation, education
- Expertise needed: Technical writing, community management, education
- Time commitment: 3-5 hours/month
- Contributions: Write guides, moderate discussions, organize community calls
🌟 Non-Technical Ways to Contribute
Not everyone has technical or financial expertise—and that's okay! Valuable contributions include:
- Proposal summarization: Write plain-English summaries of complex proposals
- Community onboarding: Help new members understand governance process
- Meeting notes: Document community calls for those who miss them
- Translation: Translate key documents into other languages
- Outreach: Share project updates on social media, write blog posts
- Archiving: Organize historical decisions and lessons learned
These contributions build social capital in the community and often lead to more formal roles over time.
Community Roles and Progression
Many DAOs implement informal role hierarchies based on contribution history. A typical progression:
| Role | Requirements | Responsibilities |
|---|---|---|
| Member | Hold tokens, introduce yourself | Vote, ask questions, learn |
| Active Contributor | 3+ months participation, regular voting | Proposal feedback, working group participation |
| Working Group Lead | 6+ months, demonstrated expertise | Coordinate group activities, synthesize analyses |
| Core Contributor | 1+ year, significant impact | Strategic planning, mentor new members |
Role progression is typically merit-based and informal. Consistently valuable contributions earn trust and influence naturally.
Best Practices for Community Engagement
Do:
- Start by listening and learning before jumping into debates
- Explain your reasoning when you vote, even briefly
- Challenge ideas respectfully—disagreement drives better decisions
- Acknowledge when you change your mind based on good arguments
- Give credit when someone makes a compelling point
- Help newcomers feel welcome and answer their questions patiently
Don't:
- Make personal attacks or question others' motives
- Spam channels with low-quality content or promotional material
- Demand immediate responses—thoughtful analysis takes time
- Vote without reading proposal details and discussion
- Spread FUD (fear, uncertainty, doubt) without evidence
- Overcommit to working groups if you can't follow through
💬 Quality Over Quantity
The most respected community members aren't necessarily the most active—they're the ones who contribute high-signal insights when it matters. One well-researched analysis is worth more than 100 superficial comments.
Staying Informed
Effective participation requires staying current on proposals and discussions:
- Weekly digest: Many communities send weekly summaries of active proposals and decisions
- Governance dashboard: Track voting status, quorum progress, upcoming deadlines
- Calendar: Subscribe to community call schedule and voting deadlines
- Project reports: Review monthly/quarterly operational performance of funded projects
- Forum notifications: Enable alerts for proposals you're following
Realistically, active governance participants spend 3-5 hours per month staying informed and voting. Core contributors who lead working groups may invest 10-15 hours monthly.
Join SDA Token Community
Connect with the SDA Token community on our community channels page where you'll find:
- Telegram & Discord: Real-time discussion and community coordination
- Social Media: Follow us on LinkedIn, X (Twitter), Instagram, and Facebook
- Direct Support: Email and phone support for technical questions
- Governance Forum: Long-form proposal debates and documentation (launching soon)
- Working Groups: Specialized committees for technical, financial, and environmental topics (launching soon)
7. Core Governance Principles
🏛️ Six Pillars of Democratic Governance
- Transparency: All votes public, all discussions open
- Inclusivity: Low barriers, accessible to all token holders
- Proportionality: Decision authority matches impact
- Accountability: Smart contracts enforce decisions automatically
- Adaptability: Governance evolves with community needs
- Protection: Minority rights, supermajority for major changes
Sources & References
This page includes data from verified sources (marked with reference numbers) and hypothetical teaching scenarios based on industry standards. All renewable energy economics reflect 2024 data and industry benchmarks.
[1] Uniswap Governance Documentation
Temperature Check (10M UNI), Consensus Check (50K UNI), Governance Proposal (1M to
submit, 40M to pass, 7-day voting)
docs.uniswap.org/concepts/governance/process
[2] ENS DAO Governance Documentation
Executable proposals: 1% quorum, 50% approval threshold, 7-day voting period
docs.ens.domains/dao/governance/process
[3] Lazard Levelized Cost of Energy+ (LCOE+) - June 2024
Solar PV: $29-92/MWh (avg $61/MWh); Onshore Wind: $27-73/MWh (avg $50/MWh)
lazard.com - LCOE+ 2024 Report (PDF)
[4] NREL Annual Technology Baseline (ATB) 2024 & EIA Data
Solar capacity factors: 21-34% (median 24%); Wind capacity factors: 33-47% (Kansas
highest at 47%)
NREL ATB Utility-Scale PV
|
NREL ATB Land-Based Wind
[5] Lawrence Berkeley National Laboratory - Utility-Scale Solar 2024
Project-level capacity factors: 6-36% range, median 24% (AC basis)
emp.lbl.gov - Utility-Scale Solar Report
[6] DAO Governance Patterns (DeepDAO, Public Governance Forums)
Voter turnout, proposal success rates, and participation patterns based on analysis of
major DAOs (Uniswap, MakerDAO, Compound)
Note: General observations from publicly available governance data, not specific
statistical studies
[7] DAO Timelock Mechanisms & Smart Contract Governance
Timelock delays: Typically 2 days (common standard), range 2-7 days across major DAOs
(OpenZeppelin Governor, Unlock DAO, Threshold Network)
OpenZeppelin Governance Docs
|
Unlock DAO Governance
[8] IEA World Energy Investment 2024
Utility-scale solar PV equity IRR: 8-9% in the United States (2023 data); variations
by market and risk profile
IEA World Energy Investment 2024
[9] IRENA & Industry Research on Renewable Energy Economics
Economies of scale, supply chain optimization, and technological improvements driving
cost reductions; solar capex declined from $5/W (2010) to $0.80/W
IRENA - Power to Change Report
[10] PVGIS & NREL Solar Resource Assessment Tools
PVGIS (European Commission) and NREL databases are widely recognized, credible tools
for solar resource assessment
PVGIS by EC Joint Research Centre
|
NREL Solar Resource Data
Hypothetical Scenarios: All project examples in Sections 4-5 (solar vs. wind comparisons, size/scale decisions, distribution policies, merchant vs. PPA scenarios) are teaching examples based on realistic industry data but do not represent actual projects. Parameters use verified 2024 industry benchmarks.