Why Energy Wins Training Wars | Jungle Athletics

Youth Game Speed Training / Battery Management
Battery Model · Energy Management · All Sports

Logistics vs. Tactics: Why Energy Wins Training Wars

Tactics win battles. Logistics win wars. The same is true in training. A Saturday night at the Changchun Oval, Li Yan’s Olympic cycle, and the ten laws of the athlete battery.

By Greg Almon · 12 min read · Jungle Athletics, Calgary

Tactics Win Battles. Logistics Win Wars.

As a child growing up in Southern Ontario, I vividly remember my father putting on old black-and-white war reels from the Second World War. On damp, bitterly cold winter weekends, we would sit inside and watch grainy footage of the Battle of Stalingrad or the Battle of the Coral Sea.

The sounds were hypnotic — engines droning, bombs falling, tanks grinding forward. By the end of each reel, the story was always the same: the Germans or the Japanese were driven back, and the Red Army or the U.S. Navy stood victorious.

It wasn’t until much later that I learned something critical: it wasn’t tactics that decided those wars. It was logistics.

“Tactics may win battles. Logistics win wars.”

Training Makes the Same Mistake

Modern sport training makes the same error historians once did. Coaches obsess over tactics: sets and reps, exercise order, percentages and schemes. These things matter, but they are not decisive.

What determines long-term performance isn’t tactical precision. It’s energy. Energy is the logistics of training.

The central question isn’t “What did we do today?” It’s “What did this cost the athlete — and can they afford it?”

What Li Yan Taught Me About the Battery

While working with the Chinese national speed skating program, I spent years learning from Li Yan, one of the most successful coaches in Olympic history.

What stood out wasn’t a drill, a system, or a secret method. It was how she thought about consequences — not immediate ones, but delayed ones.

She explained that she trained the same athletes differently each year of an Olympic cycle: Year 1 relatively easy. Year 2 higher volume. Year 3 the hardest year. Year 4 realization of previous work.

She wasn’t talking about tapering for a meet or resting for a week. She was talking about protecting something fragile — something that, once lost, could not be rushed back. She warned me that athletes could work themselves into a hole so deep it could take more than a year to escape.

At the time, I understood the words. I didn’t yet understand the cost.

I would eventually see what happens when that warning is ignored.

A Saturday Night at the Changchun Oval

From 2006 to 2010, I worked with both the Chinese short track and long track teams. Short track was centralized and tightly controlled in Beijing. Long track, based in Changchun, was decentralized — each coach ran their own stable of athletes and made their own decisions.

Inside the Changchun Olympic Oval in China, where Greg Almon witnessed firsthand the long-term cost of overtraining youth speed skaters
The Changchun Olympic Oval. Cavernous, cold, and silent — except on Saturday nights when one coach pushed athletes past what the battery could afford.

Most teams followed the same unspoken agreement: two sessions per day during the week, one session Saturday morning, Saturday afternoon and Sunday off. Recovery wasn’t emphasized, but at least it was respected.

One Saturday night, I decided to take a walk inside the Changchun Olympic Oval. The building was massive. Cavernous. When the lights were off, it felt less like a rink and more like an abandoned aircraft hangar. The air was cold and still. Every footstep echoed longer than it should have.

Then, at the far end of the oval, a door opened. A thin slice of light cut across the ice. A small group of athletes shuffled in, quietly, almost cautiously, as if they weren’t supposed to be there.

It was Saturday night.

Then I heard the voice. I recognized it before I could see her. Coach “Mei.” She had a reputation — one that followed her quietly through the system — for breaking athletes with volume. For believing that more work always meant more commitment, more toughness, more results.

The warm-up was lifeless. No rhythm. No elasticity. Just bodies going through the motions.

Then the jumping started. Hundreds of jumps. I counted them. Six hundred.

Technique unraveled quickly. Knees stiffened. Timing disappeared. Landings got louder. Heavier. More careless. Fatigue stacked on fatigue, but nothing stopped.

At exactly 10:00 p.m., she stopped. No cooldown. No stretching. No conversation. The athletes quietly collected their things and disappeared back into the darkness they came from.

As long as I was in China, her athletes never performed well. Some faded quietly. Some stalled. Some disappeared from the system entirely. No one called it overtraining. No one sounded an alarm. It just quietly ended careers.

That night didn’t just change how I viewed training. It changed what I felt responsible for.

“Training should be based on results, not fatigue. And fatigue, when accumulated carelessly, always sends the bill later.”

— Greg Almon, Jungle Athletics Calgary

Ten Laws of the Athlete Battery

What I eventually understood is this: training programs don’t succeed because they’re clever. They succeed because the athlete has the capacity to support the work. Energy is the true currency of high performance.

Energy Shapes Everything Downstream
Energy shows up in posture, rhythm, coordination, and precision — long before performance drops. Coaches must learn to read these clues.
A 12-year-old female soccer athlete may look “fine” on the stopwatch, but posture changes, arm carriage tightens, and rhythm degrades when she’s coming off a volleyball practice cycle. If we push volume anyway, progress stalls within weeks.
Athletes Have Different Battery Sizes
Some tolerate dense loading. Most do not. Treating everyone the same guarantees uneven adaptation and unnecessary risk.
Even within the same team session at our Calgary facility, athletes may receive different volumes based on what their week outside training actually looks like.
Drained Batteries Are Hard to Rebuild Late
Once energy is depleted, recovery takes time and restraint — especially in championship years with limited runway.
With multi-sport youth athletes, when energy is overdrawn during growth phases, regaining momentum can take months, not weeks.
Exercise Choice Affects Biochemical Cost
Exercises that solve multiple problems reduce volume needs. Every extra piece of work has a cost.
Internal State Changes Load Tolerance
Sleep, illness, inflammation, and stress alter how tissue responds. School stress, exams, and social pressure matter just as much as sport stress — particularly in adolescent athletes.
Nutrition and Recovery Inputs Belong Inside the System
Fueling affects inflammation, tissue quality, and recovery. When nutrition and recovery habits drift, we see reduced training tolerance before any drop in output metrics.
Session Cost Depends on Athlete State
A “light” session on paper can become expensive if the athlete arrives compromised.
We’ve had 14-year-old hockey athletes arrive after three-game weekends. On paper, the lift is simple. In reality, we pivot to coordination and low-output work to preserve the battery.
Gains Come With Trade-Offs
Performance improvements often raise systemic stress. These trade-offs must be chosen, not stumbled into.
The Goal Is a Bigger Battery
Consistency, movement quality, and organized loading expand capacity over time. The objective isn’t to make training feel easier — it’s to make future work more absorbable.
Energy Deserves Equal Attention as Outputs
Speed, power, and technique depend on internal state. When energy is available, adaptation accumulates. When energy is low, even “good” training stops working.
The Bottom Line

Sets and reps are tactics. Energy management is logistics. And logistics decide the outcome — quietly, slowly, and often irreversibly.

GA
Greg Almon
Performance coach and owner of Jungle Athletics Youth Sports Performance in Calgary. Former embedded coach with China’s National Short Track Speed Skating program. 7 Olympic Gold Medals. Now building faster, more resilient youth athletes ages 8–14.
jungleathletics.ca
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