Floating Solar Buoy Manufacturing Facility
A large-scale floating solar buoy manufacturing facility producing 1,300 HDPE floating solar buoys per day required IT infrastructure that was load-bearing from Day 1 — not a back-office addition.
Context
Why IT was a load-bearing requirement
This industrial floating-solar component manufacturer built a factory to produce 1,300 floating solar buoys every day, running 8 production machines across 3 continuous shifts, 24 hours a day. At this scale, the gap between what was planned and what the floor actually produced could not wait until month-end to be discovered. Machine parameters could not be typed by hand at every shift change — with 8 machines across 3 shifts, that is 24 manual parameter entries per day, each an opportunity to introduce a deviation that could produce hundreds of structurally compromised buoys before it surfaced at inspection.
Beyond internal operations, the commercial stakes were direct. Major industrial buyers — solar EPC contractors and energy companies — will not qualify a supplier without ISO 9001:2015 certification, and solar developers with public net-zero commitments require verified recycled-content and carbon footprint data from their supply chains. A factory that cannot provide either is disqualified before its product is ever evaluated.
Rollout
Five-phase IT deployment summary
The Autonix product suite was deployed in five sequential phases aligned to the factory's own commissioning timeline.
-
1
Protect & See
Network segmentation and floor visibility
The factory floor network was isolated from corporate IT before any machine was connected. Autonix Pulse began collecting real-time data from all 8 machines via OPC-UA — approximately 50 sensor points per machine, roughly 34 million readings per day — buffered on ruggedized edge servers capable of 4–8 hours of autonomous operation.
-
2
Run
ERP and MES go live
Autonix Core began managing orders, scheduling, inventory across both HDPE silos, and the regrind genealogy loop. Autonix Execute took over recipe push to machine controllers, eliminating the 24 manual parameter entries per day the factory would otherwise have required.
-
3
Measure
Quality, energy, warehouse, and dashboards
Autonix Quality began ISO 9001:2015 documentation and automatic non-conformance capture. Autonix Energy sub-metered every major circuit, targeting an 8–15% reduction in the factory's annual electricity spend. Autonix Stock closed the regrind traceability loop, and Autonix Insight consolidated the first cross-product management dashboards.
-
4
Optimize
Predictive maintenance and automated inspection
With 6–12 months of sensor baseline accumulated, predictive maintenance models began detecting early wear signatures on the factory's highest-value machines. AI visual inspection was deployed at trimming line exits, and Autonix Design became the version-controlled repository for mold designs and process parameter profiles.
-
5
Scale
Commercial and sustainability infrastructure
Autonix Supply automated procurement as the factory added product variants. Autonix Connect structured commercial relationships across markets. Autonix Sustain produced Scope 1, 2, and 3 carbon reports and recycled-content documentation required by solar developers with net-zero commitments.
Investment
Rollout scope and business value
The engagement covered the full 11-product Autonix suite plus supporting deployment infrastructure, delivered across the five phases described above.
The one-time investment covered the Autonix product suite (perpetual license, implementation, configuration, and go-live support for all 11 products) together with the deployment infrastructure required to support it — network segmentation, edge servers, HMIs, sensors, and cloud connectivity. From Year 2, an ongoing maintenance and support arrangement plus cloud infrastructure costs keep the stack current and supported.
Because scope, machine count, and phase selection vary by factory, Autonix does not publish fixed figures for this engagement. Request a quotation for a breakdown scoped to a comparable production environment.
Business Case
Return drivers
Energy savings
An 8–15% reduction in annual electricity spend translates directly into recurring savings. Autonix Energy is designed to recover its own purchase cost from these savings within roughly 18 months.
Unplanned downtime avoidance
Each large-format blow molding machine represents roughly a third of large-buoy capacity, and a single unplanned failure carries a significant cost in lost production. Preventing just one failure per machine per year recovers the entire Phase 4 investment.
ISO 9001 certification
Required by major industrial buyers before supplier evaluation. Autonix Quality is the lowest-cost, highest-leverage product in the suite — the first large contract it enables recovers its cost many times over.
Sustainability credentials
Solar developers require verified carbon and recycled-content data. A single contract requiring this documentation recovers the Autonix Sustain investment in its entirety.