ENGINEERING CAPABILITY
One engineering authority, from concept to commissioning.
Energys delivers multidisciplinary engineering, turnkey integration and technical advisory across sustainable energy systems - energy storage, renewable generation and power-to-X. We take accountability for the high-risk interfaces between production, storage, power and control. Through participation in national and international standards and technical committees, Energys maintains direct engagement with the regulatory and safety frameworks underpinning the industry.
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01
Integrated Engineering Disciplines
Process, mechanical, electrical and control engineering delivered as one coordinated discipline set — not handed between subcontractors.
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› Feasibility studies and concept development
› PFD and P&ID development
› Heat and mass balances
› Equipment sizing and line sizing
› Pressure system design and relief system sizing
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› System layout and equipment arrangement for packaged and fixed-plant
› Piping and tube routing — hydrogen, water, cooling and utility services
› Structural support and skid design
› Thermal management and cooling system design
› Pressure-rated component selection and specification
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› HV and LV distribution design and switchgear selection
› Power electronics integration — converters, inverters and battery storage
› Microgrid design including grid-forming, grid-conforming and black-start
› Protection coordination and system stability
› Grid interface and connection design
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› Instrumentation specification and measurement architecture
› Control philosophy development and interlock logic design
› PLC and SCADA configuration, programming and integration
› HMI development for operability and remote monitoring
› Cause and effect development and safety interlock verification
02
Safety, Risk & Regulatory Assurance
Safety and regulatory approval built in from concept — not retrofitted at handover.
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› HAZID, HAZOP and FMEA
› Cause and effect development
› LOPA and SIL studies
› Definition of safety instrumented systems and functions
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› Scenario development
› Gas dispersion
› Flame and thermal radiation modelling
› Explosion overpressure modelling
› Risk quantification
› ALARP demonstration
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› Hazardous area classification
› Design of explosion protection methods
› Certified equipment selection
› Inspection and maintenance
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› Approval pathway development
› Design appraisal and conformity coordination
› Pressure equipment certification
› Electrical certification
› Gas appliance certification
03
Integrated Project Delivery
Engineering integrity carried through construction, commissioning and operational handover.
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› Project governance and delivery frameworks
› Schedule and cost control with structured change management
› Technical interface management
› Risk management and delivery risk oversight
› Regulatory engagement and approval pathway management
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› Vendor evaluation and equipment specification review
› Factory Acceptance Testing (FAT) coordination and witnessing
› Quality assurance
› Free-issue and interface management with EPC contractors
› Supplier technical correspondence and RFI management
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› Field engineering support and installation supervision
› Contractor coordination and site interface management
› Build conformity verification against design and regulatory requirements
› Construction risk management and permit-to-work oversight
› Hold point witnessing and inspection management
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› Commissioning planning and progress management
› Inspection and Site Acceptance Testing (SAT) coordination
› Operational readiness assessment and pre-commissioning checklists
› Operations and maintenance documentation development
› Transition to operational support and operator training
