Why Expensive Power Is Not Inevitable

Power is getting more expensive, grids are getting less stable, and the rest is just damage control. That framing is wrong — and accepting it is costing developers, utilities, and ratepayers real money.

Kimberly Johnston, CEO of NextGen Energy, is pushing back on that narrative directly. Her argument isn't optimistic hand-waving; it's operational. More expensive, less reliable power is not an unavoidable fate — it's the result of specific choices, and specific choices can be changed.

That reframing matters enormously right now, when energy costs are shaping decisions across every capital-intensive sector: data centers hunting for cheap, stable power; manufacturers re-evaluating U.S. plant locations; battery storage developers trying to pencil out projects against volatile wholesale prices. The story we tell ourselves about energy economics determines the investments we make — and the ones we don't.

The Cost Narrative Needs an Audit

Electricity prices in the U.S. have risen steadily over the past two decades, and the instability events — Winter Storm Uri, California's rolling blackouts, the Texas grid near-collapse — get enormous media coverage. That coverage shapes perception. What gets far less attention is the dramatic compression in the cost of generating clean power.

Utility-scale solar levelized cost of energy (LCOE) has fallen roughly 90% since 2010. Onshore wind is down nearly 70% over the same period. Battery storage costs have dropped so sharply that projects that were financially absurd five years ago are now routine. These aren't projections — they're documented figures from Lazard's annual LCOE analysis and BNEF's market data.

The disconnect is this: generation costs are falling, but delivered power costs keep rising. The gap lives in transmission, distribution, grid interconnection queues, permitting timelines, and aging infrastructure. The problem isn't that clean energy is too expensive — it's that the system built to deliver it hasn't kept pace with what the technology can now do.

That's a solvable problem. It just requires looking at it honestly.

What Reliable Energy Solutions Actually Require

Reliability isn't a product you buy — it's a system property you design for. That distinction changes everything about how you approach energy infrastructure.

A solar farm without storage isn't a reliable energy solution; it's a generation asset with a predictable availability window. A microgrid with solar, battery storage, and a grid connection — designed with proper load analysis and automatic failover — is a reliable energy solution. The technology to build the latter exists, scales, and in many markets is now cost-competitive with conventional alternatives over a 20-year project horizon.

The practices that actually move the needle on both cost and reliability tend to cluster around a few themes:

Colocation of generation and storage. Projects that pair solar with 4-hour or longer battery storage can capture value from time-of-use pricing, provide grid services, and maintain local power quality in ways that standalone assets simply can't. Texas developers learned this lesson painfully after Uri — a gas peaker that can't get fuel during a freeze is less reliable than a battery that doesn't need any.

Behind-the-meter and microgrid architectures. Large commercial and industrial users are increasingly bypassing the distribution system entirely for their most critical loads. Amazon, Google, and Microsoft aren't building on-site generation because they have something to prove about sustainability — they're doing it because grid-delivered power for a hyperscale data center carries unacceptable availability risk at scale.

Interconnection reform. This one operates at the policy level rather than the project level, but it's arguably the highest-leverage intervention available. FERC Order 2023 represented a serious attempt to unclog the interconnection queue — a queue that had grown to over 2,000 GW of capacity waiting for grid access as of 2023. Getting that capacity online faster directly translates to more supply, more competition, and lower prices.

The Clean Energy Case Is Stronger Than the Debate Suggests

The public conversation about clean energy has become so politically tribalized that the underlying economics often get lost. Strip away the politics, and the numbers tell a clear story.

Renewables are now the cheapest source of new electricity generation in most U.S. markets. That's not an environmental argument — it's a procurement argument. A utility or C&I buyer choosing new natural gas over new solar-plus-storage in 2024 in a sun-rich market is making a decision that will look increasingly expensive over a 20-year contract term, especially with fuel price exposure factored in.

The risk profile of clean energy is fundamentally different from fossil fuels: no fuel cost, no supply chain disruption, no commodity price volatility. For anyone modeling long-term energy costs, that predictability has real financial value that doesn't always show up in a simple LCOE comparison.

Technological advancement continues to expand the envelope. Longer-duration storage — 8-hour, 12-hour, eventually 100-hour systems from companies like Form Energy — is moving from demonstration to commercial deployment. That progression is what transforms intermittent renewables into genuine baseload competitors. It won't happen overnight, but the trajectory is clear enough to underwrite infrastructure decisions being made today.

Who's Getting This Right

The most instructive case studies aren't the headline-grabbing gigaprojects. They're the mid-scale developers and offtakers who have quietly made cost-effective power a competitive advantage rather than a compliance exercise.

Industrial manufacturers in the Southeast who locked in long-term power purchase agreements with utility-scale solar projects five to seven years ago are now sitting on energy cost structures their competitors can't match. That spread is showing up in plant economics, hiring decisions, and capital allocation. Energy became a strategic moat — not because anyone got idealistic about it, but because the numbers worked.

Community choice aggregators in California and Illinois have demonstrated that aggregating load and procuring directly from renewable developers can deliver lower rates than default utility service while also improving the local generation mix. The model isn't perfect, and CCA failures exist, but the successful programs show what's possible when procurement gets treated as an active discipline rather than a passive utility bill.

On the infrastructure side, the build-out of transmission in the SPP and MISO footprint over the past decade — driven partly by wind resource development in the Great Plains — has consistently delivered cost reductions in wholesale markets that flow through to industrial buyers and utilities alike. More transmission capacity means more competition means lower clearing prices. The relationship is direct.

What Comes Next

The energy cost trajectory over the next decade will be determined largely by three factors: how fast interconnection reform actually moves projects through the queue, how quickly longer-duration storage achieves commercial scale, and whether permitting reform at the federal and state level can compress the timeline from project concept to first power.

None of those are technology questions. The technology is largely ready. They're institutional and political questions — which means they're harder to solve but not impossible.

For developers, asset owners, and energy buyers watching this space, the actionable insight is this: the gap between what's technically possible and what's been procured remains enormous. Projects that close that gap — pairing best-in-class generation technology with disciplined site selection, storage integration, and long-term offtake structures — will outperform market averages on both cost and reliability.

The resignation narrative serves incumbents who benefit from complexity and opacity in energy markets. It doesn't serve anyone trying to build something, power something, or plan a capital budget around energy cost assumptions that might actually hold.

Expensive, unreliable power is a choice embedded in infrastructure decisions, policy frameworks, and procurement habits. Choose differently, and the outcomes change. That's not optimism — it's engineering.

[INTERNAL LINK: energy economics]

[INTERNAL LINK: clean energy solutions]

[INTERNAL LINK: interconnection reform]

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