Lowering Costs Through Shared Ownership
Why keeping profit inside the neighborhood is the ultimate economic efficiency
Economic efficiency is often treated as a complex mystery, but it is actually very simple: it is the process of producing what we need at the lowest possible cost while minimizing waste. Today, our economy is inefficient because we "rent" the money we need to build our world. This creates a "leak" where local wealth disappears into bank vaults as interest.
By sharing profits directly with the people who use the services—like energy—we plug that leak. We turn a monthly expense into a shared asset.
The neighborhood Power Cell
Ten neighbors decide to build a solar, wind, and battery system (BESS) for their block. It costs P5,000,000.
1. The Trap: Renting Money
In a traditional bank-led system, the neighbors would take a loan. The bank would charge roughly P500,000 in interest. This interest is "rent" on capital; it leaves the neighborhood and never comes back. To pay the bank, the neighbors must charge themselves a higher rate—let's say P6/kWh. This is an extractive economy that keeps prices artificially high.
2. The Solution: Community Capital
Community Capital works by keeping that P500,000 inside the block.
- Funding the Hardware: The neighbors look at their future energy needs. They know they will be buying power for the next 20 years, so they use that future spending to fund the hardware today.
- The Pre-payers: Neighbors with savings provide the P5,000,000 upfront. Because they provided the capital, they eliminate the bank's "rent". Their electricity costs only P5/kWh—the actual cost to keep the machines running.
3. Turning Users into Owners
Neighbors without upfront cash pay as they go, but their payments are no longer just a "fee" to a utility company.
- The Post-payers: They pay P6/kWh.
- The Surplus: The P1 difference isn't a bank's profit; it is a "brick" in the wall of ownership.
- The Transition: Every time a post-paid neighbor pays their bill, a portion of that P1 surplus is credited to them as equity. Over time, the initial investors are paid back their principal, and the "post-payers" eventually become full owners.
4. Governance and Local Markets
The system is managed by a simple neighborhood cooperative board or an automated system. This creates a local market for resilience:
- If a pre-paid neighbor has extra energy credits, they can sell them to a post-paid neighbor for P6.
- The seller gets cash, the buyer gets power at a fair rate, and the P1 difference stays in a community vault for repairs or battery upgrades.
5. The Exit Strategy
If a neighbor moves, their investment isn't lost. Their accumulated equity is transferable. They can sell their share of the Power Cell to the new homeowner or trade it back to the cooperative for cash. The wealth stays with the person who helped create it.
Closing
By sharing profits with the people who use the service, the neighborhood stops being a collection of "customers" and becomes a collective "producer". They have replaced an extractive system with a regenerative one. They didn't just build a power plant; they built a system where wealth stays exactly where it is created: right on the block.
Key Takeaways
- Stop Renting Money: Avoiding bank interest makes hardware 10% more productive from day one.
- Surplus Creates Equity: The P1 difference is the engine that turns every user into an owner over time.
- Local Resilience: Internal credit trading keeps value within the 10-home cell.
- Transferable Wealth: Equity is a liquid asset that moves with the member or stays with the property.
Inspiration:
Based on "Economic Efficiency Comes by Sharing Profits" by Kevin Cox
#community-capital #green-energy #profit-sharing #local_economy #regenerative-finance
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