Recent power-sector indicators reinforce the importance of planning electrical infrastructure early. For EPC contractors and purchasing teams, the practical question is how to translate demand growth into a clear, deliverable cable package.
What the official indicators show
In its second-quarter 2026 results, Eaton reported year-on-year organic growth of 41% in the twelve-month rolling average of orders for Electrical Americas and 33% for Electrical Global. These are indicators for Eaton’s electrical businesses, not measurements of global cable demand.
Source: Eaton, second-quarter 2026 results
The IEA’s Electricity 2026 report, published on 6 February 2026, estimates that annual grid investment would need to rise by approximately 50% from about USD 400 billion to meet electricity demand through 2030. It also identifies more than 2,500 GW of renewable, storage and large-load projects held in connection queues. This is an investment requirement and a connection bottleneck, not a confirmed cable order book.
Source: IEA, Electricity 2026 — Grids
BURY CABLE’s view: procurement needs to follow engineering milestones
Our interpretation is that project teams benefit from resolving cable interfaces before placing orders. A new substation, industrial facility or data centre brings together switchgear, transformers, distribution circuits and control systems. A cable schedule can change when equipment ratings, routes or fire requirements change. Releasing an incomplete schedule too early can create avoidable revisions; releasing an approved package too late can compress testing and shipping time.
A useful approach is to distinguish early technical alignment from final manufacturing release. During design, agree the standard, construction, installation conditions and approval route. Before release, confirm final quantities, termination interfaces and the drawing revision that governs production.
Three procurement decisions to bring forward
Decision | Confirm before manufacturing release |
Cable construction | Voltage; conductor; insulation; armour or screen; sheath; applicable standard |
Delivery interfaces | Route and drum lengths; cable diameter; glands, lugs and termination space |
Document package | Approved datasheet; required test evidence; inspection scope; identification and packing |
Do not treat all power-sector lead times as interchangeable. A transmission-system procurement report does not establish the delivery time of a standard low-voltage cable. Ask for a schedule against the actual cable design, quantity, material availability, inspection requirements and destination.
Connect each cable package to its duty
For a mixed project schedule, separate distribution feeders, equipment connections, control circuits and communications. Each group needs its own technical review. An LSZH sheath requirement, for example, does not by itself define circuit integrity during a fire. Similarly, an armoured construction does not remove the need to check installation conditions and electrical sizing.
Explore the BURY CABLE product range
Related guide: BS 5467 vs BS 6724 armoured power cables
Prepare a quotation that can become an order
Send the cable schedule together with the destination country, project standard, requested delivery date and relevant technical specification. Include quantity and preferred drum lengths for each item. Where the design is still developing, identify provisional items so technical and commercial assumptions remain visible.
BURY CABLE can review the requested cable construction and prepare a project-specific quotation. Final suitability and approvals should be checked against the project requirements before manufacturing release.
Send your cable schedule to BURY CABLE
Email: [email protected]
