Supply
Utility interconnection, on-site generation and storage
Mission-Critical Power · Systems Advisory & Integration Support
A clearer path to mission-critical power.
Engitech helps project teams define requirements, coordinate interfaces, integrate controls and plan verification for the systems connecting utility supply, on-site generation and critical loads. IEC 61850 is applied where it fits the project architecture and requirements.
Utility interconnectionOn-site generationControls & protectionCritical compute load
Data Centers & High-Performance ComputingUtility & Microgrid InfrastructureIndustrial & Process AutomationOil, Gas, LNG & Pipelines
A coordinated architecture
Four layers. One defined operating requirement.
The project becomes clearer when supply, control, communications and verification are treated as connected responsibilities.
Coordinate
Power management, protection and microgrid controls
Communicate
IEC 61850, SCADA, HMI and defined interfaces
Verify
Test plans, findings, handover and lifecycle records
Priority capabilities
Focused on the interfaces that shape system behavior.
Each capability is applied against the actual project stage, operating need and responsibility boundary.
Power management systems
Monitoring and control strategies for source synchronization, load sharing, transfer sequencing and coordination across utility supply, on-site generation, energy storage and critical loads.
Grid & substation automation
Protection, control and communications interfaces for substations, utility interconnections and distributed-energy systems.
Microgrid controls
Operating modes, control priorities and interface definitions for islanding, resynchronization, generation and storage coordination.
Protective-relay integration
Configuration coordination, communications mapping and test planning across protective devices and supervisory systems.
IEC 61850 communications
Use cases, SCL coordination, IED integration and interoperability test planning where the project architecture calls for it.
SCADA & HMI integration
Operator visibility, alarm and control interfaces tied to clear system boundaries and acceptance criteria.
Engagement levels
Advise, assure or support a defined delivery scope.
Responsibilities and acceptance boundaries are stated before the work begins.
Advise
Clarify readiness, use cases, operating requirements, system boundaries and acceptance criteria.
Assure
Review architecture, interfaces, configuration evidence and test plans against the agreed requirement.
Deliver
Carry an agreed integration, configuration, documentation and verification-support scope with responsibilities stated before work begins.
Priority markets
The architecture follows the operating consequence.
The technical emphasis changes by sector; the need for clear interfaces and evidence does not.
Data Centers & High-Performance Computing
Power-management and electrical-control systems for uptime-sensitive computing facilities, with IEC 61850 applied where it fits the project architecture.
Utility & Microgrid Infrastructure
Grid automation, distributed generation, storage, protection and microgrid-control interfaces, with IEC 61850 applied where appropriate.
Industrial & Process Automation
Industrial control, process automation, SCADA and HMI interfaces developed around the operating requirement.
Oil, Gas, LNG & Pipelines
Integrated automation support and access to selected represented equipment for demanding energy applications.
Typical project outputs
Project outputs that keep decisions traceable.
The actual output set follows the agreed scope, project stage and responsibility boundaries.
- Requirements and responsibility matrix
- System architecture and operating narrative
- Interface, configuration or SCL deliverables where applicable
- Test plans, findings logs and handover records
Represented technologyRepresented technology
Dafram engineered ball valves for U.S. project requirements.
Engitech Systems is Dafram’s exclusive U.S. sales agent and serves as the commercial and technical interface for U.S. project inquiries. Dafram has designed and manufactured ball valves in Italy since 1956.
Product Technology — Manufactured by Dafram S.p.A.
Explore DaframBegin with the available context
Bring us the one-line, system brief, datasheet or project question.
We will help identify the appropriate Mission-Critical Power, integrated-system or represented-product path and clarify the next useful step.