The Renaissance superStorage™ platform employs a unique ‘plug-and-play’ prismatic cell architecture and proprietary pack, rack and BMS design to deliver safe, affordable, and secure Australian-made batteries optimised for hot climates.

POWER

Application: Energy Shifting, Curtailment

Specification: Continuous 1C max, 10 year operating

Schedule: Order now

MEDIUM

Application: Peak Shaving, Peak Shifting

Specification: Continuous 0.5C  (max), 10 year Operating

Schedule: Order now

ENERGY

Application: Frequency regulation, Voltage regulation

Specification: Continuous 0.25C (max), 10 year Operating

Schedule: Order now

The Renaissance superPak™ provides plug-and-play cell compatibility, fast and easy BMS configuration and a rugged design.

Available in Energy, Medium and Power configurations
• Built for cell flexibility, energy density and competitive pricing
• Efficient, standardised design for minimum installation space and flexible rack configurations
• Real-time local and remote monitoring through the battery management system
• Easy access, rapid pack maintenance
• Cell-level fault tolerance
• Tightly integrated battery management at pack, rack and multi-rack level
• Recycleable
• DC and communications cable harnesses
• 10 year warranty
• External power and data interface

Every superStorage™ system is powered by our secure, proprietary superBMS™ battery management system. Developed in partnership with our research collaborator CSIRO, you can rest assured the software underpinning your system is secure

The Renaissance superRack™ has been designed from the ground up for faster, simpler, safer implementation and maintenance. Available in superRack™ 1x and 2x configurations and available from our NSW facility NOW.

  • Available in Energy, Medium and Power configurations
  • Built for cell flexibility, high energy density and competitive pricing
  • Flexible modular battery rack designed to meet various energy requirements
  • Compact design for minimum installation space
  • Real-time local and remote monitoring through the battery management system for C&I and utility applications
  • Easy access, rapid module maintenance
  • Cell-level fault tolerance
  • Tightly integrated battery management at pack, rack and multi-rack level
  • DC and communications cable harnesses
  • 10 year warranty
  • External power and data interface

heat optimised

We address the challenge of hot climate operation from the ground up. Energy Renaissance proprietary systems design amplify and extend heat mitigation at a systems level. The result is a lithium-ion battery platform optimised for the unique challenges of the Australian and South-East Asian climates.

local support

We are an Australian company where local support and service are our priority, our superStorage™ platform is designed for integrators with a plug and play standard footprint designed (not re-configured) to Australian Standards. We offer both pre and post sales support with fast delivery and local service.

A breakthrough innovation in grid-scale energy storage, the Renaissance superCube™ amplifies the benefits of the superStorage™ platform, safely packing up to 1MWh in energy (C/4) or power (1C) configurations into a purpose-built housing inside a ruggedised IP65-compliant ISO 668 1D cube. External data and power access and capable of ‘daisy-chaining’, the superCube™ is the ultimate in safe, plug-and-play large scale high-energy density storage. Available from our NSW facility in Q2 2022.

lowest lifetime cost

 

The superCube™ offers safe grid-scale lithium-ion battery storage and lower lifetime cost of energy.

Operating expense savings

  • Reduced system complexity reduces maintenance costs
  • Reduced footprint reduces land costs
  • Improved heat mitigation reduces cell degradation costs
  • Improved safety reduces maintenance costs
  • Local manufacture and supply reduces costs and improves service reliability
  • Hot-swappable design reduces maintenance costs

Capital expense savings

  • Reduced system complexity lowers hardware costs
  • Reduced footprint lowers transportation costs
  • Improved heat mitigation lowers HVAC costs
  • Improved heat mitigation lowers parasitical power costs