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All Energy Renaissance batteries feature our Australian battery technology including our cybersecure award winning Australian Battery Management System (BMS). Additionally, as part of any Renaissance superStorage system, we offer our Renaissance superModbus™ or superEMS™ at a fraction of the cost of any third party Energy Management System (EMS) to facilitate power flow to and from the battery racks.
A Battery Management System (BMS) is a crucial technology for monitoring and controlling battery performance. Acting as the “nerve centre” of all superStorage™ batteries, our integrated, award winning Australian superBMS™ is a cybersecure, hyper accurate system that ensures safety, optimisation, and security.
Unlike most BMSs, which only balance cells during charging, our superBMS™ performs active cell balancing during both charging and discharging through differential voltage management. This unique approach protects the cells and prevents overcharging or deep discharging by balancing individual cell voltages, providing optimum safety and prolonging the life of your battery.
The superBMS™ also monitors State of Charge (SoC) and State of Health (SoH), optimising performance and ensuring cybersecure integration with energy storage and grid applications.
Think of this as a very smart Master Battery Management System (BMS), that monitors and controls cells within each battery rack. It allows easy integration with third party EMS for when more complex energy or site energy management functions are required.
The superModbus™ manages, monitors, and optimises the battery’s performance at a rack level. Provides string balancing for parallel configurations of up to 8 superRack™s. And enables integration with external EMS, inverters, and meters, ensuring seamless communication between components.
Voltage Regulation
Maintains voltage within a safe range to prevent over voltage or under voltage conditions, ensuring stable and secure operation.
Current Management
Controls and limits current flow to and from battery cells to prevent overheating and degradation, ensuring longevity and safe operation.
Cell Balancing
Monitors and balances the voltages of individual cells for efficiency and longevity.
Thermal Management
Continuously monitors temperature data and integrates with the thermal system to prevent overheating.
SoC & SoH Monitoring
Tracks State of Charge (SoC) and State of Health (SoH) for optimal maintenance.
Fault Detection
Detects and protects against issues like over charge, short circuits, or overheating.
Communication Hub
Acts as a central point for data flow between the BMS, external systems, and the battery.
Integration Compatibility
Integrates with various site controllers and EMS systems
Industry Standard Protocol
Uses Modbus TCP/IP and RTU-485, a widely adopted communication standard
Real time Monitoring & Data Records
Provides real time data on energy usage and battery performance via superModbus™
The Renaissance superEMS™ is our proprietary battery Energy Management System (EMS). It is designed to function seamlessly alongside the Renaissance superBMS™ (Battery Management System) to enhance system reliability, diagnostic clarity, and operational efficiency.
The Renaissance superEMS™ monitors and manages batteries, battery inverters, solar, and monitors the grid and generator. The superEMS™ is not a site controller or microgrid controller; however, it has advanced battery energy management features.
Comprehensive Management
Acting as the “brain” between power generation and storage, the superEMS™ seamlessly integrates battery storage (superStorage™), solar, grid, and load systems. It efficiently manages energy flow, ensuring reliable performance and optimised operation across all connections.
Real-time Analytics
Delivers detailed analytics and comprehensive reporting with CSV export of data on energy consumption, generation, and storage.
Seamless Integration
Efficiently integrates with renewable energy sources like solar and the grid, ensuring optimal energy management.
Automated Scheduling
Set charge and discharge schedules based on real-time data and predictive analytics via the superEMS™ user interface (UI) dashboard.
Energy Optimisation
The superEMS™ automatically adjusts renewable energy flows (e.g. solar) to maximise savings and efficiency.
Remote Management
Easily oversee and control your energy system from anywhere with comprehensive remote monitoring and management capabilities.
Peak Shaving & Load Management
With precise scheduling of battery discharge, clients can effectively manage peak energy demand, reducing maximum demand charges on electricity bills and optimising the facility’s load profile. This approach smooths out energy consumption, resulting in cost savings and a more balanced, efficient operation.
Demand Response Participation
Incentives are available in many energy markets for reducing or shifting energy use during peak demand periods. With an optimised scheduler, energy usage is automatically adjusted to participate in demand response programs (e.g., FCAS), enabling clients to earn additional revenue or rebates while contributing to grid stability.
Operational Flexibility
Optimised scheduling enhances operational flexibility by adapting to changes in energy prices, operational requirements, or external conditions.
Designed for installers to Australian standards and optimised for local conditions
Local installation manuals and extensive Australian pre and post-sales support provided with all our Renaissance superStorage™ solutions.
ACKNOWLEDGEMENT OF COUNTRY
Energy Renaissance respects and acknowledges the traditional custodians of Country throughout Australia, the Aboriginal and Torres Strait Islander Elders past, present and emerging. We recognise their rich cultures and connections to land, sea and community. Together, we commit to building a sustainable future together.
Energy Renaissance have received endorsement from Reconciliation Australia for our inaugural Reflect Reconciliation Action Plan. Click to view our full RAP and commitment to Reconciliation.