
Intelligent Microgrid Solutions
Oztron designs and integrates microgrids that improve reliability, reduce energy costs and enable efficient use of renewable generation and battery storage.
Oztron microgrids combine advanced control systems, digital monitoring platforms and cost-optimised equipment integration to deliver high-performance energy systems for commercial, industrial and remote applications.


Off-Grid Microgrids
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Intelligent generator sequencing
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Optimised generator loading
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Renewables and battery coordination
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Autonomous unattended operation
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Black-start capability
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Modular expansion
Grid-Connected Microgrids &
Embedded Networks
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Peak demand reduction
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Site-wide load optimisation
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Backup power capability
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Market-aware battery dispatch
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DERMS-ready grid compliance
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Embedded network coordination


Edge-of-Grid and Transitional Microgrids
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Extended island operation
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Grid synchronisation control
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Hybrid diesel-renewable-battery operation
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Support for staged infrastructure development
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Temporary or permanent microgrid deployment
Complete Microgrid Design and Integration
Power System Design

Grid Connection Engineering

Control Architecture

Protection Coordination

Equipment Integration

Testing & Commissioning

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Remote performance monitoring
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Alarm management
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Predictive maintenance insights
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Software updates and optimisation
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Reduced site intervention
Applications
Remote & Off-grid Operations
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Reduced fuel and logistics cost
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Improved reliability compared to generator-only systems
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Integration of solar and battery storage
Agriculture & Rural
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Reliable power for irrigation pumping and water management
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Reduced diesel or grid energy costs through solar integration
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Overcome grid constraints
Industrial & Manufacturing
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Peak demand reduction and tariff optimisation
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Backup power for critical processes
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Improved power quality and voltage stability
Commercial & Embedded
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Site-wide optimisation of solar and battery systems
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Reduction of network demand charges
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Support and optimization for EV charging infrastructure
Critical Infrastructure
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Seamless transition to island mode during grid disturbances
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Fast-response battery ride-through capability
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Optimised standby generator operation
Weak & Edge-of-grid
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Off-grid operation during outages
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Site power before grid connection
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Reduced risk of production interruptions
Renewable Integration
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Smoothing of solar generation variability
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Reduced renewable curtailment
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Improved asset utilisation and maintenance
Utility & Network Support
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Deferred network augmentation
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Improved reliability for remote customers
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Support for community microgrid initiatives
