01
Generation & renewables
Generation portfolios, solar and wind assets, availability, planned outages, performance data and project delivery.
Explore capability INDUSTRY SYSTEMS / ENERGY & UTILITIES
Power the operation.
Connect the intelligence.
Energy organisations run on critical assets, disciplined procedures and decisions made across control rooms, field teams, contractors and commercial functions. We design digital systems around that operational reality.
ASSETReliability & lifecycle
OPERATIONSWorkflows & field execution
INTELLIGENCEDecisions & performance
ENERGY & UTILITIES · CONNECTED OPERATIONS
01 / THE OPERATING REALITY
Energy is not one system.
It is an operating ecosystem.
Generation, transmission, distribution, renewables and energy services each have their own assets, controls, teams and regulatory obligations. The business challenge is making the information around those environments useful, traceable and connected.
Intellixio focuses on the operational and business layers around existing technology: coordinating work, connecting records, structuring approvals and helping decision-makers see where action is needed. We do not replace protection systems, control-room authority or safety-critical procedures.
01Asset lifecycle
From register and inspection to maintenance and renewal.
02Operational control
Clear ownership, handovers, approvals and escalation.
03Commercial control
Contracts, commitments, inventory and supplier visibility.
04Performance insight
Connected reporting across teams, assets and projects.
02 / INDUSTRY CAPABILITIES
Designed around the work
behind the power.
Start with the operating domain. Map the process, information, systems and controls that make it work. Then design technology around the real workflow.
02
Grid & network operations
Network assets, substations, inspections, outage coordination, work orders and field-service workflows.
Explore capability03
Asset integrity & maintenance
Asset registers, criticality, preventive maintenance, condition findings, defects, spares and maintenance history.
Explore capability04
Projects & capital delivery
CAPEX programmes, WBS, milestones, contractor packages, change control, document approvals and cost commitments.
Explore capability05
Commercial & supply chain
Procurement, RFQs, POs, goods receipt, supplier performance, inventory, contracts and service-level obligations.
Explore capability06
HSE, risk & compliance
Permit-to-work coordination, risk assessments, incidents, corrective actions, inspections and auditable evidence.
Explore capability03 / FROM SIGNAL TO ACTION
Less chasing information.
More control of the work.
Turn disconnected updates into traceable business workflows—without making unsafe assumptions about how critical infrastructure is controlled.
01
Detect
Capture an inspection finding, work request, stock threshold, outage update or project exception.
02
Route
Send the right task to the responsible team with ownership, priority and due dates.
03
Control
Apply approval gates, evidence requirements, escalation rules and clear status tracking.
04
Learn
Bring operational, maintenance, supply and commercial information into useful reporting.
EXAMPLE WORKFLOWInspection finding → work request → risk review → approval → maintenance task → evidence → management reporting
ILLUSTRATIVE04 / TECHNOLOGY & INDUSTRY PRACTICE
Respect the systems
that already run the grid.
Energy environments use specialised operational technology and established engineering practices. Integration must be designed around safety, security, data ownership and the approved architecture—not assumed from a website promise.
TECHNOLOGY LANDSCAPE
Work with the ecosystem.
We can assess how business workflows relate to systems already in use and define appropriate integration boundaries, subject to access, vendor capabilities and technical review.
EAM / CMMSERP & financeSCADA / historianGIS & network modelsEAM work ordersDocument controlProcurement & storesMetering & field data
SCADA, protection, historian and control platforms remain governed by the asset owner's OT architecture and authorised engineering teams.
STANDARDS & PROCEDURES
Speak the language of assurance.
Relevant frameworks depend on geography, asset class, operator requirements and project scope. These are examples to assess—not a claim of certification or compliance.
- ISO 55000 — asset management principles
- IEC 61850 — substation automation communications
- IEC 61968 / IEC 61970 — utility integration and CIM
- IEC 60870-5-104 / DNP3 — telecontrol protocols
- NERC CIP — applicable North American cyber requirements
- ISO 14001 / ISO 45001 — environmental and OH&S management
OPERATIONAL PROCEDURES WE DESIGN AROUND
Management of Change (MOC) · Permit to Work (PTW) · Isolation / LOTO coordination · Shift handover · Work order lifecycle · Outage planning · Inspection & test records · Management of corrective actions · Document revision control · Contractor mobilisation
05 / THE INTELLIXIO APPROACH
Understand the operation.
Architect the right system.
01
Understand
Engage process owners and operational teams to understand objectives, constraints, risk and current procedures.
02
Map
Document hand-offs, data sources, approvals, exception paths, system boundaries and information gaps.
03
Architect
Define the solution, data model, access controls, integration approach, audit trail and measurable outcomes.
04
Build & evolve
Prototype, validate with users, implement in agreed phases and improve through governed feedback.
Practical by design. The right answer may be connecting existing systems, building a missing workflow, improving reporting or delivering a focused pilot—not replacing everything.
ENERGY / YOUR OPERATING ENVIRONMENT
Bring the operation
into clearer view.
Tell us where information gets stuck, work gets delayed or reporting takes too much effort. We’ll start with the operating problem—not a predetermined product.
Start an energy systems conversationINTELLIGENT SYSTEMS
CONNECTED WORKFLOWS
OPERATIONAL CLARITY