VERSION 2.1 // PUBLIC DOCUMENT

The Shock Absorber
For The Grid.

REDEWABLE PROTOCOL OVERVIEW
01 // WHAT WE'RE BUILDING

The Short Version

ReDewable connects people who want to support energy infrastructure with the capital-intensive work of building battery storage systems in Texas.

We're using a Validator License model. You buy a license, you actively participate in the network by verifying real grid data and signing on-chain attestations, and you can claim $RDW tokens for that participation.

The funds go toward developing utility-scale Battery Energy Storage Systems (BESS) in ERCOT—the Texas grid operator's territory. We do the hard "pre-development" work that gets projects to shovel-ready status.

THE MISSION Build a decentralized oracle network for energy infrastructure while accelerating battery storage development to stabilize the Texas grid.
⚠️ IMPORTANT DISCLAIMER This is not an investment. You are buying a software license, not equity, debt, or any claim on company assets. The tokens you may receive could be worth nothing. Only participate with funds you can afford to lose completely.
02 // THE PROBLEM

Why Texas Needs Batteries

The Texas grid is under pressure from two directions at once: demand is growing fast, and supply is getting more volatile.

1. AI Is Hungry for Power

Data centers and AI training facilities require massive, reliable electricity. ERCOT projects that Texas power demand could grow 70% by 2031—most of that from new data centers. The grid wasn't built for this.

2. Renewables Need Storage

Texas has tons of solar and wind, but they're intermittent. Solar floods the grid at midday (sometimes pushing prices negative), then disappears at sunset right when everyone turns on their AC. This creates the "duck curve" problem.

The solution: Batteries charge when power is cheap and plentiful, then discharge when it's scarce and expensive. They smooth out the curve.

3. Regulations Are Tightening

Texas Senate Bill 6 now requires large data centers to disconnect during grid emergencies. AI companies can't just pause training mid-run—that destroys expensive compute jobs. They need grid stability, and batteries provide it.

03 // THE ASSET

ReDew Anson — Our First Project

We're developing a 400MW battery storage facility in West Texas, near major solar installations in the "Stargate Corridor."

TARGET CAPACITY400 MW
STORAGE DURATION2 HOURS
CURRENT STATUSSITE CONTROL
POI SENSORSDEPLOYED

Our strategy is to handle the "Pre-NTP" phase—the risky, complex work of securing land, filing permits, completing engineering studies, and getting interconnection approval. Once a project reaches NTP (Notice to Proceed) status, it becomes attractive to institutional buyers who pay premium prices for de-risked assets.

We're developers, not long-term operators. We create value by doing the hard early work, then exit to buyers with deeper pockets.

Live Site Data

We've deployed weather sensors at the Anson site to provide real-time conditions that validators verify each month. This data feeds directly into the attestation bundles.

04 // HOW IT WORKS

The Validator Model

This isn't a typical token sale. Here's the actual structure:

What You're Buying

A Validator License—an NFT on Solana that grants you:

You are NOT buying equity, debt, revenue share, or any claim on company assets. The license is a software tool, not a financial instrument.

What You Have to Do

This is not passive income. Validators must actively participate:

Miss a requirement? Your rewards pause until you catch up. No participation = no tokens.

The Attestation System

Each month, the protocol publishes a Data Bundle containing:

Validators review this data, can click "Verify Sources" to check against public ERCOT records and Weather.gov, then sign the bundle with their wallet. This creates a permanent on-chain record: validator ID, bundle hash, timestamp, and VALID or DISPUTE status.

Dispute Mechanism

If you find an error in the data bundle, you can flag a DISPUTE instead of signing VALID. If more than 10% of validators dispute a bundle, it's flagged for manual review. Accurate disputes earn 2x bonus points. Frivolous disputes earn nothing.

The Tokens

$RDW tokens don't exist yet. During the license sale, you accumulate "points" for each attestation you sign. At the Token Generation Event (TGE), those points convert to actual tokens.

Token utility includes:

Important: Tokens may have zero market value. Don't assume they'll be worth anything.

05 // THE ORACLE NETWORK

Building Decentralized Energy Data

Validators aren't just verifying our project—they're building a decentralized oracle network for energy infrastructure data.

Why This Matters

Today, energy data is siloed. ERCOT publishes grid data, but there's no decentralized, cryptographically-signed record of it. Project milestones live in PDFs and emails. Weather data comes from centralized APIs.

ReDewable validators create verified, on-chain attestations of this data. Over time, this becomes a valuable dataset for:

Data Sources

ERCOT GRID DATAPUBLIC API
PROJECT MILESTONESVENDOR REPORTS
SITE CONDITIONSPOI SENSORS
VERIFICATIONWEATHER.GOV

User Contributions

Validators can also submit supplemental data: local energy prices they observe, public ERCOT filings they find, or corrections to bundle data. High-quality contributions earn bonus points and build the network's dataset.

06 // TECHNICAL ARCHITECTURE

The Infrastructure

ReDewable is built on Solana for speed and low transaction costs.

BLOCKCHAINSOLANA L1
LICENSE FORMATMETAPLEX NFT
ATTESTATIONSON-CHAIN PROGRAM
GOVERNANCEREALMS DAO
TREASURYSQUADS MULTI-SIG (2/3)
VESTINGSTREAMFLOW

The multi-sig treasury ensures no single person can move funds unilaterally. All major transactions require multiple approvals.

Attestation Data Structure

Each attestation is recorded on-chain with:

07 // TOKEN ALLOCATION

$RDW Distribution

AllocationPercentageNotes
Validator Rewards30%Distributed to active validators over 36 months
RWA Reserve25%Backed by physical asset development
Treasury15%DAO-governed; all allocations by vote
Team15%1-year cliff, 3-year vesting
Ecosystem10%Grants, partnerships, integrations
Initial Liquidity5%DEX liquidity at launch
08 // DAO TREASURY GOVERNANCE

How Treasury Decisions Are Made

The Protocol Treasury is controlled by the DAO—not by the company. Here's how it works:

What the Foundation/Company CANNOT Promise

What the DAO CAN Vote On (Post-TGE)

Exit Proceeds Flow

When a project sells to an institutional buyer:

⚠️ NO GUARANTEED BUYBACKS Step 3 is voluntary. There is no promise, expectation, or guarantee that the company will contribute proceeds to the treasury. The DAO decides how to use treasury funds—the company does not. Token holders never receive direct payments, dividends, or profit distributions.

Governance Parameters

09 // THE PATH FORWARD

Development Roadmap

Phase 00 — Complete
Foundation Secured
Land option executed • Vendor contracts signed (Enerzinx, ANS) • POI sensors deployed • Legal structure established
Phase 01 — Current
Validator License Sale
Legal framework complete • Attestation system built • License sale live
Phase 02
Pre-Development Execution
Land acquisition • ERCOT interconnection filing • Engineering studies
Phase 03
Token Generation Event
$RDW token launch • Validator rewards activated • DAO governance live
Phase 04
NTP & Exit
Project reaches shovel-ready status • Sale to institutional buyer • DAO votes on treasury
Phase 05
Network Expansion
Deploy to additional sites • Scale validator network • Target: 1GW portfolio
10 // THE OPERATOR

Talor Byington

10+ years of operational leadership. Built and scaled physical businesses. Now bridging real-world energy infrastructure with decentralized coordination.

@TALORMAYDE
11 // VENDORS & SERVICE PROVIDERS

Who We Work With

ANS Engineering
Environmental studies, geotechnical analysis, engineering design packages. Contract signed.
ans-team.com
Enerzinx
ERCOT interconnection modeling and grid studies. Contract signed.
enerzinx.com
Houston PACE
PACE financing preparation for eventual project buyers.
pacehouston.com
Tesla (OEM)
Megapack battery systems—equipment specification for interconnection filing.
tesla.com/megapack