CORE TECHNOLOGIES
Second-use Battery Technology
Second-use not second-life EV batteries with embedded BMS control and integration of OEM cooling system and HV connections
Independent Battery Architecture
Fully bi-directional energy flows, enhanced reliability with no single point of failure, ensuring continuous operation and ease of maintenance
Bi-directional Power Electronics
High efficiency wide bandgap technologies with advanced control including synchronous and asynchronous grid forming capability
"Second-use" EV Batteries
We source nearly new batteries from a range of partners including fleets, insurers and car manufacturers. We have proprietary technology to determine battery health and safety for repurposing. EV batteries possess an average 94% State of Health (SoH) offering a long life similar to new batteries but with a 60% lower carbon footprint.
Total Integration, Maximum Safety
Unlike other BESS, Allye's systems repurpose the entire battery pack including the BMS, cooling system and the High-Voltage (HV) cables from the vehicle. This maintains pack integrity and re-uses the BMS developed specifically for that pack, chemistry and architecture so our MAX systems operate within the original parameters set by the OEM
30t
CO2e embedded saving per MAX300 system
140t
CO2e lifetime saving per MAX300 system
Green Performance Advantage
Environmental and economic advantages without performance compromise
Power On:
Bi-Directional Battery Intelligence
The architecture of each MAX comprises fully independent battery packs, each connected in parallel with a common AC bus that enables true bi-directional energy management.
This has many benefits and allows the battery to work smarter, to improve efficiency, reliability and lifetime. There is no single point of failure, ensuring continuous operation and ease of maintenance.
ARCHITECTURAL FLEXIBILITY
Any Make & Model
Mix and match different battery packs from different OEMs in a single system, maximising our ability to source EV packs, in any configuration
Any Chemistry
Combination of different chemistries to take advantage different characteristics depending on application and environmental conditions
Any State of Health (SoH)
Elimination of the challenges of balancing different SoH across packs through independent control and convergent cycling of packs
A Power Revolution for Energy Resilience
Advanced power electronics and control software delivers seamless transition between grid and island modes through synchronous grid-forming technology to create and regulate grid voltage and frequency independently or in coordination with other sources. Three-phase asynchronous grid-forming capability is currently in development.
Our smart inverter-based solutions provide crucial real and reactive power for voltage control, while our battery-backed systems deliver synthetic inertia to grid networks. This synthetic inertia is essential for supporting grid stability, particularly given the variable nature of renewable energy sources
SOFTWARE
AI-Powered Energy Management
01
Smart Battery Management
Comprehensive battery diagnostics, BMS control over CAN, and system parameterisation that maximises performance and extends battery life.
02
Adaptive Energy Control
Proprietary Energy Management System coordinates bi-directional power flows with intelligent monitoring to optimise system efficiency, capacity, and grid compliance.
03
AI-Driven Optimisation
Advanced machine learning algorithms analyse usage patterns to deliver predictive load management, automated demand response, and optimal energy arbitrage.
04
Seamless Connectivity
Cloud-based monitoring and connectivity provides real-time system control and performance data, remote updates, and open API integration for flexibility services.
THREE-STAGE SAFETY SYSTEM
Protection
Comprehensive battery management monitoring and isolation
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Constant monitoring at cell level
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In-built passive safety
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Packs designed to avoid propagation
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Integrated venting systems
Prevention
Multi-parameter battery evaluation and early detection of issues
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Operation within strict limits
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Reduced C-rates vs EV application
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Temperature, humidity monitoring
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VoC and shock sensors
Mitigation
Independent pack isolation and advanced suppression system options
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24/7 monitoring and alert system
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System shutdown and pack isolation
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Active fire suppression with water mist
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Thermal propagation control
PERFORMANCE & RELIABILITY
Engineered for Excellence
Enhanced Efficiency
Optimised energy flows and thermal management
Extended Lifespan
Intelligent cycling to maximise battery longevity
Proven Reliability
Automotive-grade certified components
Interested in AI-powered energy management?
Get in touch using this form or send us an email. We'd be delighted to welcome you to our office for tea, coffee and a friendly chat.
Understanding each other works best face-to-face, and we're always keen to meet new people! Feel free to reach out - our kettle is always on 👋