Right now, tankers moving Middle East crude are taking the long way home.
Rather than risk the Strait of Hormuz or the Bab el-Mandeb, some are rerouting around the Cape of Good Hope. Reuters puts the cost of that detour at roughly a month of extra sailing time and $2.5 million per tanker.
That expense does not disappear. It moves through refineries, transportation networks and supply chains until it lands on businesses and consumers.
The oil these tankers carry was never in question. It was contracted, paid for, owned. What was in question was whether it could physically get where it needed to go on schedule and on budget.
That is the distinction most companies miss. A contract gives you the right to purchase a commodity. It does not guarantee that commodity can reach you.
Contracted Does Not Mean Deliverable
Energy is often treated as a purely financial product: negotiate a price, sign the agreement, risk addressed.
But every unit of energy depends on physical infrastructure. Oil needs pipelines, terminals, tankers and refinery capacity. Natural gas needs wells, processing facilities, compression and storage. Electricity needs generation, transmission and distribution.
If any link in that chain is constrained, supply existing somewhere else offers little comfort to the facility that cannot receive it.
A business can be fully hedged on commodity price and still be exposed to transportation constraints, basis volatility, delivery delays or curtailment.
The price on the screen is not always the price at the facility.
A low natural gas price at a trading hub does not help a plant without firm pipeline capacity. Available generation does not solve a transmission constraint. A signed utility agreement does not accelerate the delivery of a transformer.
Two Suppliers May Still Be One Risk
Many companies believe they've diversified their energy supply because they have relationships with multiple suppliers.
That can be misleading. If both suppliers depend on the same pipeline, terminal, substation or transportation corridor, the company still has one underlying point of failure.
True resilience is infrastructure diversity, not contractual diversity. The questions worth asking:
Which physical assets actually deliver energy to the facility? Where are the real points of failure? Does replacement supply route through the same constrained infrastructure? How much onsite storage or inventory exists, and how fast can an alternate source come online?
These are operating questions. Procurement can't answer them alone.
Backup Power Has a Supply Chain Too
Installing generators, turbines or a microgrid doesn't create resilience by itself.
A natural gas generator needs pipeline pressure and deliverability during the exact conditions when the grid is also under stress. A diesel generator needs a credible replenishment plan, not just a full tank today. Battery storage needs a defined operating strategy and enough duration for the risk it's meant to cover.
Backup power is only as reliable as the weakest link behind it.
A 300 megawatt generation plan without firm fuel is not a 300 megawatt generation plan. It is an equipment plan.
Somewhere Is Not a Delivery Address
Somewhere in the world, right now, there is enough energy. That was never the problem.
The problem is that "somewhere" is not a delivery address.
Most companies can tell you their contracted price. Very few can tell you which bridge, pipeline or substation stands between that contract and their facility, or what happens the day it's the one that fails.
That gap is where energy risk actually lives, and it doesn't show up on an invoice until it's too late to fix.⚡
The Strategic Imperative
The organizations that ask better questions early are the ones that actually get built.
Right now, there are projects with signed LOIs, committed capital, and serious teams behind them that will not get built. Not because the economics are wrong. Not because the demand isn't there. Because nobody coordinated the energy side early enough.
Most organizations still treat power, natural gas, and energy infrastructure as separate decisions. That separation is where hidden cost and long-term constraint take hold.
Interconnection timelines, not land readiness, now determine feasibility. The median time to commercial operation is approaching five years, with some markets stretching to seven or more. More than 35 GW of data center power is projected to be self-generated by 2030, not because developers prefer it, but because the grid cannot deliver on the timelines that projects require.
A decade ago, developers optimized for the lowest delivered cost. In 2026, they are optimizing for earliest energization. That is the difference between projects that look viable and those that actually get built.
The organizations solving this are not approaching energy as a procurement cycle. They are approaching it as a coordinated system across power markets, natural gas strategy, utility and infrastructure pathways, and real-time operational performance. That level of integration does not happen by accident.
Legend Energy Advisors has already brought 2.5+ GW to market and is currently advising on an additional 6.5+ GW in the data center space alone. A repeatable system built across every layer of energy strategy, working together at scale. Not across one market. Not on one project type. Across the full complexity of what it actually takes to get a project operational.
If your project is next, the conversation starts here.
Don't Just Use Better Energy. Use Energy Better®
Originally published in Energy Ninja Chronicles (LinkedIn newsletter).