Past Projects
Delivery of a 400V AC LV Switchgear in MCC Technology
  • Outgoing feeders in MCC design
  • Type testing according to IEC 61439‑1/2
  • Integrated automatic transfer system
  • Integration into the control system
  • Installation including cable laying and connection work
  • Engineering, documentation and project management
Integration of a 220V DC LV Switchgear System
  • Outgoing feeders in MCC design
  • Type testing according to IEC 61439‑1/2
  • Diode coupling
  • Integration into the control system
  • Installation including cable laying and connection work
  • Decommissioning and dismantling of the old system including temporary solution
  • Engineering, documentation and project management
Installation of a 220V DC Battery System
  • Sealed lead‑acid batteries, 800 Ah
  • Ceramic vent plugs
  • Earthquake‑resistant rack
  • Conductive battery room flooring incl. measurement
  • VEXAT documentation
  • Project management, installation and documentation
Construction of a Stationary Backup Power System
  • 600 kVA generator output
  • Fire‑rated separation between tank room and generator room (F90)
  • Execution according to Stage 3A emission standards
  • Sound level: 75 dB at 10 m distance
  • Control cabinet built according to machinery directives
  • Planning, delivery and installation
Ohmega Energy Projekte Lieferung einer mobilen Netzersatzanlage
Delivery of a Mobile Backup Power System
  • Planning and delivery of 4 units, each 60 kVA
  • Maximum permissible trailer load: 2,000 kg
  • Maximum tank volume: 200 L
  • Designed for grid‑parallel operation
  • Powerlock connection panel
  • Engineering, delivery, registration and training
Maintenance of a Backup Power System
  • Inspection of the control cabinet using a thermal imaging camera
  • Monitoring of system messages
  • Reading of error memory
  • Maintenance of mechanical components
Battery Inspection
  • Maintenance according to manufacturer specifications
  • Electrolyte density, nominal voltage, temperature
  • Capacity test using Torkel test device
  • Measurement of battery floor insulation resistance
  • Test report creation
Documentation Update
  • Creation of wiring diagrams using RUPLAN EVU module
  • Front views in ACAD
  • Cross‑connection diagrams
  • Customer‑specific documentation structure
Testing of the Electrical Installation
  • Thermographic inspection for transition resistances
  • Functional testing of switching and alarm systems
  • Terminal inspection
  • Test report according to electrical safety regulations
Engineering, Installation and Commissioning of an MV Switchgear System
  • Medium-voltage switchgear according to ÖVE/ÖNORM E8383
  • Operating voltage: 20 kV
  • Ur: 24 kV
  • Ir: 1250 A
  • Creation of manufacturing plans using RUPLAN EVU module
  • Including cable laying and connection work
  • Integration into the control system
VEXAT Documentation Preparation
  • Zoning determination
  • Primary explosion protection
  • Secondary explosion protection – avoidance of ignition sources
  • Inspection of structural implementation
  • Implementation of organizational measures
  • Documentation and report creation
Circuit Breaker – Maintenance
  • Inspection of mechanical components
  • Contact wear inspection
  • Interlocking
  • Trip testing with primary test system
  • Report creation
Construction of a Prototype: SF6 Power Supply Monitoring
  • Methanol fuel cell generator
  • Nominal voltage: 12/24 V DC
  • Nominal charging power: 110 W
  • Solar module: 310 Wp
  • Including remote modem antenna
  • Concept development
  • Test runs and modernizations
  • Installation, commissioning and training
Structured Cabling – Fiber Optics for Data Center
  • IT fiber optic cabling
  • IT patch panel 19″
  • Splicing work
  • Fiber measurement LWL OTDR MM
  • Cabling and measurement
Construction of a 230V Inverter Distribution System
  • Built with IT earthing system
  • Insulation fault monitoring and location
  • Number of outgoing feeders: 48
  • Parameterization and integration into the control system
  • Engineering, installation, cabling and documentation
Integration of a Data Collector Cabinet
  • Creation of requirements specification
  • FAT (Factory Acceptance Test)
  • Verification of system messages
  • Installation including cable laying and connection work
  • Engineering, documentation and project execution
Delivery of a 220V DC Rectifier System
  • Modular design
  • Counter‑cell control
  • Customized system configuration
  • Integrated outgoing feeder panel
  • Integration into the control system
  • Installation including cable laying and connection work
  • Decommissioning and dismantling of the old system including temporary setup
  • Engineering, documentation and project execution
Design of a Transfer Cabinet
  • Outdoor cabinet
  • Transfer switching between mobile and stationary emergency diesel systems
  • Powerlock connection interface
  • Integration into the control system
  • Delivery, installation and commissioning
Renewal of the Automatic Transfer System
  • 400V automatic transfer system incl. control system integration
  • Field control device: SPRECON‑E‑C
  • Engineering, delivery, installation and commissioning
Renewal of a 48V Rectifier System
  • Transport to the radio station by helicopter
  • 2 rectifiers and 2 stationary battery systems
  • Inspection of the LV distribution
  • Engineering, delivery, installation and commissioning
400V AC Auxiliary Power System
  • Outgoing feeders in withdrawable (plugin) technology
  • Type testing according to IEC 61439‑1/2
  • Integration into the control system
  • Installation including cable laying and connection work
  • Engineering, documentation and project execution
Delivery of a UPS System
  • Consisting of an IGBT rectifier and inverter
  • Nominal voltage: 400 V
  • Nominal power: 132 kW
  • Battery circuit: 630 A
  • Load circuit: 500 A
  • Control system integration via IEC 60870‑5‑101 balanced
  • Project execution and documentation
Photovoltaic System – Substation Weibern
  • Output: 162 kWp
  • 360 modules at 450 Wp each
  • AC distribution cabinet
  • Integration via power plant controller into the NetzOÖ grid
  • Integration into the customer’s control system
Photovoltaic System – Substation Pongau
  • Output: 70.98 kWp
  • 156 modules at 455 Wp
  • Installed on sliding bracket roof
  • Integration into the customer’s control system
Photovoltaic System – Substation Wagenham
  • Output: 63.7 kWp
  • 140 modules at 455 Wp
  • Installed on sliding bracket roof
  • Integration into the customer’s control system