How Embedded Networks Support Renewable Energy Integration

As Australia accelerates its transition to renewable energy, property developers and managers are exploring ways to integrate solar generation, battery storage, and EV charging  technologies efficiently. Embedded networks provide a practical framework for this integration, particularly in multi-unit buildings, commercial precincts, and community developments.

At ENM Solutions, we help property developers, embedded network operators, small resource aggregators (SRA) and strata managers leverage embedded networks to connect renewable technologies, optimise energy use, and maintain compliance with market rules.

What Are Embedded Networks?

An embedded network is a privately owned electricity network that supplies multiple customers within a single site from one main (parent) connection to the grid. While each tenant or unit has individual metering, energy consumption/generation is centrally managed via a single connection point.

Key Features of Embedded Networks

  • Single connection point - One parent meter connects the development to the National Electricity Market (NEM)
  • Individual metering - Each tenant has a separate meter (NMI)
  • Centralised control - Energy consumption can be managed at the site level
  • Market compliance - Operates within NEM rules with ENM support

This centralised structure makes it easier to integrate solar panels, batteries, and other consumer energy resources (CER).

How Embedded Networks Enable Integrating CER

Embedded networks allow consumer energy resources to work together efficiently. By pooling energy resources, property developments can lower costs, reduce emissions, and optimise energy use.

Solar Energy in Embedded Networks

Solar PV systems are the most common renewable technology in embedded networks. Benefits include:

  • Multiple tenants benefit from a single solar installation
  • Excess generation can charge batteries or reduce grid imports
  • Systems can be scaled for both new and existing developments

Embedded networks make it easier to manage and distribute solar energy efficiently across the site.

Battery Storage Integration

Batteries complement solar energy by storing excess power for later use, particularly during:

  • Evening peak demand
  • Grid outages
  • High-demand common areas

Battery Benefits in Embedded Networks

  • Energy storage - Smooths out solar generation fluctuations
  • Peak load reduction - Reduces demand charges from the grid
  • Resilience - Provides backup during outages
  • Cost optimisation - Enables time-of-use energy management

When combined with solar, batteries help embedded networks operate more independently and sustainably.

Supporting EVs and Emerging Technologies

Embedded networks provide a flexible foundation for future energy demands, including:

  • EV charging powered by onsite renewable generation
  • Integration of smart building technologies
  • Participation in demand response programs

Centralised energy management ensures these technologies operate efficiently without overloading the grid.

6. The Role of ENM Solutions as Embedded Network Managers

Integrating consumer energy resources  within embedded networks requires compliance, metering, and a robust understanding of the energy market . As an AEMO-accredited Embedded Network Manager, ENM Solutions provides:

  • NMI creation & management - Connects tenants and customers to the grid
  • Metering coordination - Ensures accurate billing and energy management
  • Market interface - Facilitates interaction with energy retailers and AEMO
  • Regulatory compliance -Maintains adherence to rules and standards

7. Planning for Renewable Integration

For best results, renewable integration should be considered early in development planning:

  • Assess site feasibility for solar and battery storage
  • Design the embedded network to accommodate growth
  • Include infrastructure for EV chargers and future technologies
  • Engage an ENM for compliant and efficient management

Planning ahead avoids expensive retrofits and ensures long-term benefits.

Conclusion

Embedded networks are more than a way to distribute electricity from a single connection point and reducing overall costs; they are a strategic enabler for renewable energy integration. By connecting solar, batteries, and emerging technologies, they optimise energy use, reduce emissions, and enhance grid resilience.

At ENM Solutions, we work with developers, property owners, and managers to implement embedded networks that are compliant, efficient, and ready for Australia’s energy transition. Learn more about our services to see how we can help your development integrate renewables seamlessly.