Chuck L’Ecuyer traces Intelliflex back to a 2019 visit to a crypto mining site. He looked around, he says in the company video that closed his session, and told himself there had to be a better way. Five years later he was on stage at Mining Disrupt Miami 2024, held June 24–26, 2024, showing what that better way had become: a liquid immersion data center built to fit as much power as possible onto a single parcel of land.
L’Ecuyer is CEO of CS Corporation, which he introduced as the home of the Intelliflex line of products. He opened with the company’s manufacturing facility, a 72,000-square-foot shop expanding to 126,000 square feet, where it builds its modules and sub-assemblies. The company, he said, takes a start-to-finish approach, with multidisciplinary engineering in-house.
The 12-by-60 Footprint That Fits 1,152 Miners
The core product is the IMDC 6.0, which L’Ecuyer called the company’s flagship: a self-contained immersion data center rated at 6 megawatts and built on a 12-by-60-foot platform. He put density at the center of the pitch. “Density is extremely important in today's market,” he said, and a 6-megawatt module is a dense footprint.
We could fit 1152 machines in there with 6 megawatt of density.
Chuck L’Ecuyer · 1:50
He listed the design goals in turn. Serviceability and redundancy were a key consideration, with the module made for ease of operation and maintenance to allow maximum uptime. The immersion system, he said, accommodates the leading hardware on the market, including the latest M-series and S21-series machines. Each 6-megawatt module holds 24 immersion tanks, and a flex flow system distributes fluid to Bitmain and MicroBT miners alike.
The company also builds smaller formats. The IMDC 3.0 is half a module: 3 megawatts and 576 spots on a 12-by-30 frame, meant for a starter site, a small site, or to take up leftover power on a larger one. The IMDC 3.0 hybrid keeps the 3-megawatt, 576-spot capacity and adds a 30-foot flex space that can be configured for offices or a repair center, which L’Ecuyer suggested as a good first module on a large deployment.
From 69 kV to 415 Volts: The MegaBox
L’Ecuyer then walked through the components inside the solution, starting with power.
Our MegaBox is pretty much a mini substation.
Chuck L’Ecuyer · 3:42
The MegaBox can be fed up to 69 kV on the primary side and delivers the 415 volts needed downstream, with power metering and protection integrated. Each MegaBox is 3 megawatts, so two of them feed one 6-megawatt module. From there a power hub at the center of the module handles power distribution, control and network for the smart PDUs. Those are three-phase units on a 400-amp frame that take both single-phase and three-phase miners, 24 of them to a module, designed and built in North America.
Cooling runs through cooling pods, which L’Ecuyer described as high-density dry coolers coupled to the unit and manufactured in the USA; the company video shows four of them on top of one 6-megawatt system. An automation system connects every motor on a variable-frequency drive and reads the temperature sensors. He described it as a PID loop control that modulates pump and fan speeds based on ambient temperature and the operator’s preferred settings. On the network side, tank-level access switches connect all mining hardware to redundant layer 3 core switches and process control servers.
One Switch Gear, 48 Megawatts
For scale, Intelliflex adds its Switch Gear module, built on the same 12-by-60 platform. “We utilize the same form factor for all our modules because they interconnect together,” L’Ecuyer said. The Switch Gear is rated up to 48 megawatts with up to a 69 kV connection on the primary, and it can feed up to eight IMDC 6.0 modules from a single point of distribution.
These could allow up to 48 megawatts of distribution to feed the megabox and the module in turn.
Chuck L’Ecuyer · 7:20
Connecting pods fill in the rest of a site. They are flex spaces that range from 12 by 12 up to 12 by 60 and can be set up as a control room, a repair center or other site space; the one he showed included a washroom and a couple of repair spaces.
The 384-Megawatt Layout
To show how far the system scales, L’Ecuyer put up a site plan. One 48-megawatt Switch Gear feeding eight IMDC 6.0 modules makes a row 576 feet, or 175 meters, long. Eight such rows make a single site.
This is 384 megawatt site.
Chuck L’Ecuyer · 13:54
In that layout, 12-by-12 connecting pods add access points along the way, and everything ties back to the Switch Gear, giving eight 48-megawatt feeders from the substation. “Basically we take care of the rest from there,” he said.
Start to Finish
L’Ecuyer closed his slides on why customers should choose the company: multi-discipline engineering in-house, a multi-discipline manufacturing team, large manufacturing capacity, a cost-effective solution and the start-to-finish approach. The company video that followed added that its products are UL certified and that each module carries its own power distribution, immersion tanks, network system and pumps.
We design, build, deploy and operate our system.
Chuck L’Ecuyer · 16:30
He also tied density to footprint, arguing in the video that fitting 6 megawatts onto less land is the eco-friendly choice when compared with 6 megawatts of other systems. He invited attendees to booth 369 and to a module parked outside the conference center, where the team was showing a scaled-down version, Intelliflex Lite.
When this session was recorded, Bitcoin traded at $61,272; on October 19, 2026 it was $82,691. The next edition, Mining Disrupt 2027, runs March 22 to 24 in Irving, Texas.