Pierre J.D. sat at his workbench. The workbench was made of oak. The oak was dark and had oil stains. Pierre J.D. was a restorer of grandfather clocks. He held a brass gear in his hand.
The gear had a bend. The bend was small. It was in the third tooth of the wheel. A normal person would say the gear was broken. A new apprentice would use a hammer to make the gear straight.
The Mechanic’s Fallacy
Assuming every deviation from “perfect” geometry is a failure that needs correction.
Pierre J.D. did not use the hammer. He looked at the clock frame. He saw the pivot. The pivot was worn. The pivot sat at an angle. The gear had bent itself over .
The bend in the gear matched the angle of the worn pivot. The clock kept time. The clock was accurate to the minute. If Pierre J.D. made the gear straight, the gear would jam. The clock would stop.
The Logical Stupidity of Systems
I missed the bus this morning. I was late. The bus is a system. The system does not care about the ten seconds. The bus driver looked at me. The bus driver drove away.
The exhaust was blue. The air smelled like burnt fuel. I stood on the curb. I felt the system. The system was logical. The system was also stupid. It left an empty seat because a clock on a dashboard said it was time to go.
The Manager’s Manual
Gareth became the operations manager in . Gareth had a degree. Gareth had a laptop. Gareth had a clean shirt. He walked through the factory. The factory made parts for cars. The factory had a roof covered in solar panels.
Gareth looked at the power bills. The power bills were high. He looked at the solar data. The solar data showed a curve. The curve went up at noon. The curve went down at four. Gareth saw the old team. The old team was led by a man named Frank. Frank had worked there for .
Frank did things without a schedule. Frank would walk to the main pump. He would look at the sky. He would look at the shadow of the chimney on the lunchroom wall.
– Factory Narrative Observation
If the shadow was gone, Frank turned the pump on. If a cloud came, Frank turned the pump off. Gareth watched Frank. Gareth thought Frank was inefficient. Gareth thought Frank was guessing. Gareth called it “ad hoc” behavior. He told Frank to stop.
Gareth wrote a manual. The manual was thirty pages long. The manual had a schedule. The schedule said the pump must run from to . Every day. No matter the sky. No matter the shadow.
Gareth believed in the schedule. The schedule was a system. Gareth believed the system was better than Frank. In , the power bill arrived. The bill was higher than June.
Gareth looked at the numbers. He looked at the kVA demand charge. The charge had doubled. He looked at the solar export. The factory was sending power to the grid at . The factory was buying power from the grid at .
The problem was the clouds. In July, the clouds were fast. Frank knew the clouds. Frank knew that if the pump ran while a cloud was over the roof, the factory would pull a massive spike of power from the grid. That spike set the demand charge for the whole month.
Frank used the shadow on the wall because the shadow told him what the solar panels were doing in real time. The shadow was more accurate than Gareth’s manual. Gareth had destroyed the intelligence of the room.
This happens in many businesses. A new manager sees a routine. The routine looks slow. The routine looks manual. The manager replaces the routine with software. The software is fast. The software is digital. But the software does not know about the shadow on the wall.
When we look at
in a business setting, we see two types of energy. There is the energy from the sun. There is also the energy of the people who run the machines.
A good system must account for both. An engineering-led design looks at the data. It looks at the intervals. It looks at the load. But it also respects the way the factory actually breathes.
The Shovel and the Rhythm
There was a man named Frederick Winslow Taylor. He lived a long time ago. He invented Scientific Management. He went to steel mills. He used a stopwatch. He measured how long it took a man to shovel coal.
He decided that every man should shovel the same way. He decided the shovels should be a specific size. The production went up for a few weeks. Taylor was happy. Then the men started to quit. The men started to get injured.
The men had their own rhythm. Their rhythm was based on their own bodies. Their rhythm was based on the weight of the coal that day. Taylor’s system was too straight. It was like Pierre J.D. straightening the gear. It broke the human pivot.
Gareth sat in his office. He looked at his spreadsheet. The spreadsheet was perfect. The cells were green. The formulas were correct. But the bank account was lower. He went to the factory floor. He saw Frank. Frank was sitting on a crate.
Frank was not looking at the pump. Frank was looking at a bird. Gareth wanted to yell. Gareth wanted to ask why the pump was off. It was . The manual said the pump should be on.
Gareth looked at the roof. A large cloud was moving. The cloud was thick and grey. The sun disappeared. The light in the factory dimmed. If the pump were on, the grid meter would be spinning. The meter would be recording a peak. The peak would cost five thousand dollars.
Frank looked at Gareth. Frank did not say anything. He just pointed at the shadow that wasn’t there. Gareth realized the manual was wrong. The manual was a map of a world that didn’t exist.
Beyond the Box of Parts
Most managers fear what they cannot measure. They fear the “tribal knowledge.” They want to extract the knowledge and put it in a box. They think the box is the value. They are wrong. The value is the person who knows when to ignore the box.
In the world of commercial energy, this is the difference between a cheap installation and a real investment. A cheap installation is a box of parts. It is a set of panels and an inverter. It follows a generic rule.
The Cheap Box
Generic rules. Theoretical data. Fights the factory’s breath.
The Real Investment
Engineered solution. Respects site constraints. Supports human habits.
A real investment understands the levelized cost of energy over . It does not try to fight the way the factory works. It tries to support it.
I am still standing at the bus stop. Another bus comes. This driver is different. He sees me. He sees that I am breathing hard. He waits for me to reach the door.
The three seconds are not in the manual. The three seconds are a “bend” in the system. Because of those three seconds, I get to work. Because of those three seconds, the system succeeds.
Gareth went back to his office. He took the manual. He did not throw it away. He opened it. He deleted the rigid schedule. He wrote a new rule. The new rule said: “Consult Frank.”
It looked unprofessional. It looked “ad hoc.” It looked like a mess. But the power bill in went down. The demand charges disappeared. The solar panels were used when the sun was out. The grid was used only when necessary.
The factory was tuned. It was not tuned by a computer. It was tuned by a man who had watched the shadows for twenty years and a manager who was brave enough to let the gear stay bent.
The mistake Gareth made was a common mistake. It is the mistake of the “clean slate.” We think that progress requires us to erase what came before. We think that old habits are just friction. We forget that friction is what allows a wheel to turn on the road. Without friction, the wheel just spins.
The Ticking Resolution
Pierre J.D. finished the clock. He put the bent gear back into the worn pivot. He wound the weight. He moved the pendulum. The clock started to tick.
It was a steady tick. It was a rhythmic tick. To a stranger, it sounded like any other clock. But Pierre J.D. knew. He knew the clock was a collection of mistakes that had learned to work together.
If you go into a factory and see something that looks like chaos, wait. Do not fix it yet. Watch it for a day. Watch it for a week. Ask why the pump is off at . Ask why the workers move the pallet to the left.
There is usually a reason. The reason is often written in the energy bills. A good engineer does not just build something new. A good engineer respects what is already there.
They look at the site constraints. They look at the structural realities. They design the solar around the truth of the building, not the theory of the catalog.
Gareth is still the manager. He is better now. He doesn’t carry the clipboard as much. He spends more time near the lunchroom wall, looking at the shadows. He is learning the intelligence of the room.
The sun came out from behind the cloud. The shadow returned to the wall. Frank stood up. He walked to the pump. He turned the handle.
The solar panels on the roof began to feed the motor. The grid meter stayed still. The system was working. Not because of the manual, but because the manual finally got out of the way.