As the demand for long-lasting, safe, and scalable energy storage grows, solid-state batteries are emerging as a major advancement in grid-connected storage technology. These next-gen batteries offer higher energy density, faster response times, and improved safety compared to conventional lithium-ion systems—making them ideal for Battery Energy Storage Systems (BESS), Power Conversion Systems (PCS), and Power Plant Controllers (PPC).

At Australian Control Engineering (ACE), we’re working with developers and EPCs to integrate solid-state storage into real-world renewable energy projects through advanced SCADA and automation frameworks.

Solid-State Battery Projects for EPCs

For EPC contractors, solid-state batteries represent a reliable and compact solution for hybrid energy systems and microgrids. With fewer thermal management needs and lower degradation rates, these systems are easier to commission, require less on-site support, and are more cost-effective over the long term.

ACE provides engineering support for solid-state battery projects including SCADA design, interface integration, and system testing—ensuring fast deployment and high system availability.

Renewable Energy Storage Solutions with Solid-State Batteries

Renewable energy storage solutions powered by solid-state batteries allow operators to smooth renewable generation, support peak shaving, and manage grid exports. These batteries pair especially well with intermittent sources like solar and wind, offering rapid response during fluctuations and improved lifecycle management.

Our control systems are designed to match solid-state performance with project needs, including predictive dispatch, SOC tracking, and demand-based load balancing.

SCADA for Battery Storage Systems

SCADA plays a central role in extracting the full value of solid-state batteries. ACE designs advanced SCADA for battery storage systems that provide:

  • Real-time charge/discharge visibility

  • Temperature and cell health monitoring

  • Automated grid interaction logic

  • Secure remote access and reporting

Our systems are compatible with both cloud and edge deployments, giving developers flexibility across distributed or centralised asset setups.

Battery Systems for Grid Services and FCAS

With fast response capabilities and consistent output, battery systems for grid services are key to Australia’s evolving energy markets. Solid-state batteries enable seamless participation in Frequency Control Ancillary Services (FCAS), voltage regulation, and dynamic load response programs.

ACE supports these services by integrating batteries into grid-compliant control loops and automating dispatch logic through PPC and SCADA interfaces—making your systems market-ready from day one.

Planning a solid-state storage project? Contact ACE for SCADA, control system design, and grid-ready battery storage integration.