A modular, cloud-enabled platform delivering comprehensive analysis, planning, and asset management across electricity, gas, water, and heating networks.
NEPLAN is a next-generation analytics & planning platform designed for engineers, utilities, and infrastructure owners. It integrates power system simulation, network optimization, and asset lifecycle management into a single ecosystem.
| Benefit | Description |
|---|---|
| Modular Architecture | Pick and deploy only the modules you need (electricity networks, gas/water, heating/cooling, Asset Management, modular, flexible & project-specific solutions, Anywhere, NEPLAN 360 - On-Prem & Cloud Solutions, Education & Advanced Simulation Platform, Grounding, Lightning & EMI Analysis etc.). |
| Cloud & On-Premise Flexibility | Access the platform anywhere: desktop, browser, or connected devices. |
| Full-Stack Analysis | Load flow, short circuit, dynamic simulation, steady-state, Protection Co-ordination, Arc Flash, & transient models. |
| Asset Management & Planning | Long-term budgeting, reliability forecasting, and “what-if” scenarios. |
| Scalability & Integration | Suits small municipal grids to large national or multi-utility systems; integrates with SCADA, GIS, and IoT sensors. |
Key Product Areas / Applications
Our software analyzes transmission, distribution, and industrial networks to ensure power flow stability. It provides comprehensive analysis for seamless integration of renewable energy sources, helping you manage a modern power grid efficiently.
Streamline your utility operations with advanced tools for demand forecasting, distribution planning, and real-time leak detection. This comprehensive approach helps you improve efficiency, minimize waste, and enhance the reliability of your entire network.
Maximize asset lifespan and reliability using our lifecycle planning tools. Optimize quality and strategically time investments to improve performance and reduce operational costs. This proactive approach ensures your assets provide lasting value and efficiency.
Our fully cloud-based NEPLAN solution provides real-time network visibility. Access live dashboards, receive automated alerts, and perform scenario planning for EV and renewable energy integration. Optimize network performance anytime, from anywhere.
Protection coordination study for HV supply, padmount transformers and LV distribution boards. Included verification of protection philosophy, grading between upstream utility devices and onsite protection, and definition of relay/MCCB settings to ensure fast fault clearance, minimal nuisance tripping and secure, continuous operation.
Australia • 2025 - 2026
View Project PDFDetailed LV network assessment including development of single line diagrams, load flow analysis at various operating scenarios, cable sizing and voltage drop checks, and short-circuit calculations. Protection coordination and arc flash hazard assessment were completed to align with relevant standards, improve safety, and support planned capacity expansion.
Australia • 2024-2025
View Project PDFIn-depth review of protection schemes for underground feeders and surface supply, including CT/VT adequacy checks, load flow and short-circuit studies, and time-current coordination of relays and breakers. The study delivered a robust, standards-compliant protection setting report tailored to high-reliability, high-safety underground mining conditions.
Australia • 2013 - 2014
View Project PDFComprehensive HV/MV/LV system modelling from transmission intake through mine distribution networks. Scope included load flow studies, fault level analysis, motor starting assessments, reactive power/voltage control options, harmonic analysis and relay grading. Outcomes optimised network reliability, protection selectivity and power quality for critical mining processes.
Australia • 2012 - 2013
View Project PDF