Electrovaya(TSX:ELVA)

Electrovaya powers mission-critical industries with safe, long-lasting lithium-ion systems built for demanding operations.

Investor website: https://electrovaya.com/

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Electrovaya powers mission-critical industries with safe, long-lasting lithium-ion systems built for demanding operations. With decades of innovation and trusted global customers, we deliver reliable performance and scalable solutions backed by strong North American manufacturing.

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About Electrovaya Powering the world’s most demanding industrial environments with advanced, safe, long-lasting and reliable lithium-ion systems. Innovative Lithium-Ion Solutions for Mission-Critical Performance Electrovaya powers mission-critical industries with safe, long-lasting lithium-ion systems built for demanding operations. With decades of innovation and trusted global customers, we deliver reliable performance and scalable solutions backed by strong North American manufacturing. Electrovaya Powers Mission Critical Applications 30K Infinity Battery systems deployed 24/7 Enables round-the-clock mission 
critical operations 380 Warehouses & logistic centers powered by Electrovaya THE ELECTROVAYA ADVANTAGE Proven Performance You Can Depend On Unmatched Safety Record Electrovaya’s ceramic-based technology delivers exceptional battery safety, preventing thermal incidents and ensuring reliable performance in the most demanding industrial environments. Long-Lasting Performance Advanced lithium-ion architecture provides industry-leading cycle life, extended runtimes and dependable power that supports continuous high-duty operations across a wide range of applications. Trusted By Blue-Chip Customers Global OEMs and Fortune-level companies rely on Electrovaya’s proven battery systems for safe, durable and efficient energy solutions that keep mission-critical fleets operating. Proudly Manufactured Domestically With U.S. and Canadian facilities, Electrovaya strengthens local supply chains, boosts production resilience and supports domestic manufacturing of advanced lithium-ion technologies. Our History Three decades of patented innovation, landmark partnerships, and commercial milestones have shaped Electrovaya into an industry leader. Celebrating 30 Years of Lithium Ion Innovation Electrovaya has been advancing lithium-ion innovation since 1996. From early patents and NASA collaborations to major OEM partnerships, global product launches and our North American manufacturing expansion, we've spent decades building a track record of safety, durability and technological leadership. OUR FUTURE Scaling Proven Innovation into the Next Era of Battery Technology Building on decades of safety, durability and performance leadership, Electrovaya is advancing solid-state innovation and expanding U.S. manufacturing to deliver safer, higher-performance batteries at scale for tomorrow’s mission-critical applications. NEW TECHNOLOGY Solid-State Battery Technology Building on our proprietary ceramic separator expertise, Electrovaya’s solid-state battery technology represents a significant step toward safer, higher-performance lithium-metal systems. NEW FACILITY Jamestown, NY Gigafactory Now Operating Electrovaya’s Jamestown, New York Gigafactory began battery cell and module assembly operations in 2025, marking a major milestone in its U.S.-based commercial production. A GLOBAL NETWORK Powering the Future of Advanced Lithium-Ion Technology From U.S.-based production and supply-chain resilience to advanced engineering, low-voltage system assembly and solid-state R&D, Electrovaya’s integrated network of facilities drives innovation, manufacturing scale and technology leadership. JAMESTOWN, NEW YORK, USA Electrovaya Gigafactory Advanced U.S. Manufacturing for Scalable Growth A 137,000-sq-ft U.S. manufacturing hub powered by renewable energy, Electrovaya’s groundbreaking Jamestown Gigafactory supports onshoring, supply-chain resilience and scalable production to meet growing demand for advanced lithium-ion technology. Domestic Supply Provides a reliable U.S.-based supply of lithium-ion cells, strengthening security and supporting onshore production. Vertical Integration Integrated U.S. manufacturing enhances margins and expands annual production capacity toward $150–200 million. Domestic Supply Meets rising demand for American-made products and opens new opportunities across high-growth markets. Low Cost Powered by low-cost, 100% renewable electricity from Niagara Falls to reduce operating expenses. Mississauga, Ontario, Canada Electrovaya Engineering Hub for Advanced Battery Innovation Electrovaya’s 65,000-sq-ft Mississauga headquarters serves as the company’s primary engineering and development center, advancing Infinity technology and assembling low-voltage battery systems for global industrial customers. Mississauga, Ontario, Canada Electrovaya Labs Driving Electrovaya’s Solid-State Innovation Electrovaya Labs leads the development of proprietary solid-state battery and solvent-free coating technologies, advancing patented innovations that improve performance, enable scalable manufacturing and support next-generation lithium-metal systems. Solid-State Innovation Advances proprietary solid-state hybrid battery technology with promising early results and ongoing scale-up development. Solvent-Free Coating Develops solvent-free electrode coating methods that reduce environmental impact and enable higher-loading designs for future solid-state cells. Expanding IP Portfolio Drives innovation with multiple patents (both issued and pending) across solid-state materials and advanced coating technologies. TOKYO, JAPAN Electrovaya Japan Expanding Global Partnerships in a Key Innovation Market Provides comprehensive after-sales support, including technical assistance, troubleshooting, and field service, ensuring smooth operation and optimal performance of Infinity batteries across Japan and the Asia-Pacific region. Technology & Products Advanced lithium-ion technologies engineered for safety, longevity, and mission-critical performance. High-Performance Cells Built for Long-Term Reliability Built on a proprietary fully ceramic-coated separator, Electrovaya’s lithium-ion cells boast an advanced architecture that enables superior cycle and calendar life, high energy density, and consistent performance in demanding applications, delivering exceptional thermal stability and industry-leading safety. Backed by stringent quality controls and internationally recognized safety certifications, our cells form the foundation for every Electrovaya product. THE ELECTROVAYA ADVANTAGE A Higher Standard of Safety, Longevity & Compliance Extraordinary Safety Ceramic-reinforced cell design provides outstanding thermal stability, creating one of the safest lithium-ion architectures in the industry. Superior Cycle Life Robust cell design maintains performance over thousands of cycles, extending battery lifespan in intensive, round-the-clock environments. Internationally Certified Certified to UN38.3 and UL2580, ensuring compliance with the highest international safety and performance requirements. High-Energy, Long-Life Cells Engineered for Safety, Stability & Performance EV-44 Cell Technology: NMC Cathode (Graphite Anode) Nominal Capacity @ 0.2C-rate: 47 Ah Gravimetric Energy Density: 196 Wh/kg Voltage Range (min, nominal, max): 3.0, 3.65, 4.2 V Charge Rates: Continuous 2C; Pulse 4C Discharge Rates: Continuous 3C; Pulse 5C Cell Operating Temperature: DChg: -30°C to 55°C Chg: 0°C to 55°C Cycle Life: Up to 14,000 cycles Dimensions (L x W x T): 249 × 155 × 12 mm Weight: 875 ± 25 g EV-51 Cell Technology: NMC Cathode (Graphite Anode) Nominal Capacity @ 0.2C-rate: 51 Ah Gravimetric Energy Density: 210 Wh/kg Voltage Range (min, nominal, max): 3.0, 3.7, 4.2 V Charge Rates: Continuous 0.4C; Pulse 2C for 30 sec Discharge Rates: Continuous 0.5C; Pulse 2C for 30 sec Cell Operating Temperature: DChg: -30°C to 55°C Chg: 0°C to 55°C Cycle Life: Up to 14,000 cycles Dimensions (L x W x T): 261 × 216 × 7.9 mm Weight: 895 ± 25 g EV-52 Cell Technology: NMC Cathode (Graphite Anode) Nominal Capacity @ 0.2C-rate: 54 Ah Gravimetric Energy Density: 215 Wh/kg Voltage Range (min, nominal, max): 3.0, 3.7, 4.2 V Charge Rates: Continuous up to 3C; Pulse 4C for 30 sec Discharge Rates: Continuous 3C; Pulse up to 6C for 30 sec Cell Operating Temperature: DChg: -30°C to 55°C Chg: 0°C to 55°C Cycle Life: Up to 14,000 cycles Dimensions (L x W x T): 249 × 155 × 12 mm Weight: 920 ± 25 g EV-FP-44 Cell Technology: LFP Cathode (Graphite Anode) Nominal Capacity @ 0.2C-rate: 44 Ah Gravimetric Energy Density: 165 Wh/kg Voltage Range (min, nominal, max): 2.5, 3.2, 3.65 V Charge Rates: Continuous 1C; Pulse 3C for 60 sec Discharge Rates: Continuous 3C; Pulse up to 6C for 30 sec Cell Operating Temperature: DChg: -30°C to 55°C Chg: 0°C to 55°C Cycle Life: 5000+ cycles at 1C Dimensions (L x W x T): 249 × 155 × 12 mm Weight: 850 ± 25 g Technology & Products Advanced lithium-ion technologies engineered for safety, longevity, and mission-critical performance. High-Performance Cells Built for Long-Term Reliability Built on a proprietary fully ceramic-coated separator, Electrovaya’s lithium-ion cells boast an advanced architecture that enables superior cycle and calendar life, high energy density, and consistent performance in demanding applications, delivering exceptional thermal stability and industry-leading safety. Backed by stringent quality controls and internationally recognized safety certifications, our cells form the foundation for every Electrovaya product. THE ELECTROVAYA ADVANTAGE A Higher Standard of Safety, Longevity & Compliance Extraordinary Safety Ceramic-reinforced cell design provides outstanding thermal stability, creating one of the safest lithium-ion architectures in the industry. Superior Cycle Life Robust cell design maintains performance over thousands of cycles, extending battery lifespan in intensive, round-the-clock environments. Internationally Certified Certified to UN38.3 and UL2580, ensuring compliance with the highest international safety and performance requirements. Infintity Battery Technology Discover our cutting-edge battery technology and comprehensive product lineup designed to power the future of energy storage and electric mobility. Proven Technology for Mission-Critical Performance Built on a proprietary full ceramic separator and advanced lithium-ion architecture, Electrovaya’s Infinity Battery Technology delivers exceptional safety, industry-leading cycle life and reliable performance in demanding environments. With more than 30,000 batteries deployed and zero safety incidents, Infinity technology provides a platform trusted in high- and low-voltage applications, from material handling to heavy-duty electric vehicles. Backed by extensive third-party testing, field data and a portfolio of more than 100 patents, our Infinity systems offer the stability, durability, and operational efficiency required for round-the-clock industrial use, all while significantly extended battery life and lowering the total cost of ownership. Lowest Cost of Ownership Lowest Cost of Ownership Long-lasting, maintenance-free Infinity systems reduce replacements and downtime, delivering lower lifetime operating costs and stronger long-term ROI. Heavy Duty Performance Heavy Duty Performance Engineered for demanding fleets, Infinity systems deliver reliable performance in lift trucks, electric buses, and other intensive industrial applications. Industry-Leading Safety Industry-Leading Safety Proprietary ceramic separators and 
UL-certified designs provide exceptional thermal stability and safety across high-stress, high-duty environments. Exceptional Cycle Life Exceptional Cycle Life Third-party testing confirms Infinity cells deliver one of the longest cycle lives in the industry, ensuring durable performance over years of operation. Advanced Engineering Advanced Engineering Backed by decades of innovation, our team designs and builds robust battery systems optimized for safety, longevity, and real-world performance. Unmatched Reliability Unmatched Reliability With over 30,000 deployments and zero safety incidents, Infinity systems deliver consistent, dependable performance for mission-critical, around-the-clock operations. Reliable Lithium-Ion Batteries, Backed by Industry-Leading Safety and Longevity Infintity Battery Modules Engineered for high-duty systems, Infinity Battery Modules deliver exceptional safety, ultra-long life, and consistent performance, enabling reliable power across demanding industrial and electric applications worldwide. Reliable, Long-Life Modules for Demanding Applications Electrovaya’s Infinity battery modules deliver long cycle and calendar life, exceptional safety and consistent high-quality performance. Built on Infinity lithium-ion ceramic cells certified to UN38.3, UL1642, UL1973 and UL2580, these modules provide the reliable, durable power needed for advanced electric and industrial applications. THE ELECTROVAYA ADVANTAGE Designed for Performance, Safety & Long-Term Reliability From configuration flexibility to superior thermal and vibration performance, Infinity modules ensure dependable operation in a wide range of system designs. Flexible Configuration Modules can be combined to support a wide range of heavy-duty system requirements. Integrated Sensing Built-in voltage and temperature sensors ensure seamless, accurate integration with the BMS. Vibration Resistant Laser-welded tabs and padded frames provide durability and stability in high-vibration environments. Thermal Management Integrated heat sinking and thermal padding maintain safe temperatures and consistent performance. Long Battery Life Exceptional cycle and calendar life deliver reliable, long-term performance in demanding applications. Enhanced Safety Layered protection and continuous monitoring help reduce thermal and electrical risk in demanding industrial applications. Electrovaya - Battery Modules Powered by Infinity Lithium-ion Ceramic Technology EV multiple module configurations exhibits an outstanding combination of leading-edge cycle and calendar life, unique safety features and a superior quality level based on EV Infinity lithium-ion ceramic cells certified to UN38.3, UL1642, UL1973, and UL2580 standards ● Building block modules that can be configured within a system to various heavy duty applications ● Integrated voltage and temperature sensors for easy integration with a battery management system (BMS) ● Vibration optimized through laser welded tabs and padded frames for dampening ● Thermal management through integrated heat sink and thermal padding between cells ● Superior cycle and calendar life that are ideal for longterm and demanding applications Configuration: 1S6P Cell Technology: Electrovaya EV cell (NMC with full ceramic separator) Nominal Capacity: 324 Ah Nominal Energy: 1.2 kWh Voltage Range (min, nominal, max): 3, 3.7, 4.2 V Dimensions (mm) WxDxH: 175 × 85 × 280 Weight: 7.1 kg Charge/Discharge C-rate: Continuous: Up to 1C/1C Pulse: 2C/3C Operational Temperature: Discharge: -30°C to 55°C Charge: 0°C to 55°C Discharge: -22°F to 131°F Charge: 32°F to 131°F Cycle Life: 14,000 cycles* Warranty: 1 year with a 3rd party BMS and up to 5 years with EV-BMS Configuration: 4S2P Cell Technology: Electrovaya EV cell (NMC with full ceramic separator) Nominal Capacity: 102 Ah Nominal Energy: 1.5 kWh Voltage Range (min, nominal, max): 12.8, 14.8, 16.4 V Dimensions (mm) WxDxH: 220 × 68 × 317.5 Weight: 9.8 kg Charge/Discharge C-rate: Continuous: Up to 0.4C/0.5C Pulse: 2C Operational Temperature: Discharge: -30°C to 55°C Charge: 0°C to 55°C Discharge: -22°F to 131°F Charge: 32°F to 131°F Cycle Life: 14,000 cycles* Warranty: 1 year with a 3rd party BMS and up to 5 years with EV-BMS Configuration: 7S1P Cell Technology: Electrovaya EV cell (NMC with full ceramic separator) Nominal Capacity: 54 Ah Nominal Energy: 1.4 kWh Voltage Range (min, nominal, max): 21, 25.9, 29.4 V Dimensions (mm) WxDxH: 277 × 160 × 103 Weight: 9.5 kg Charge/Discharge C-rate: Continuous: Up to 1C/3C Pulse: 2C/5C Operational Temperature: Discharge: -30°C to 55°C Charge: 0°C to 55°C Discharge: -22°F to 131°F Charge: 32°F to 131°F Cycle Life: 14,000 cycles* Warranty: 1 year with a 3rd party BMS and up to 5 years with EV-BMS Configuration: 7S2P Cell Technology: Electrovaya EV cell (NMC with full ceramic separator) Nominal Capacity: 108 Ah Nominal Energy: 2.8 kWh Voltage Range (min, nominal, max): 21, 25.9, 29.4 V Dimensions (mm) WxDxH: 277 × 160 × 210 Weight: 15 kg Charge/Discharge C-rate: Continuous: Up to 1C/3C Pulse: 2C/5C Operational Temperature: Discharge: -30°C to 55°C Charge: 0°C to 55°C Discharge: -22°F to 131°F Charge: 32°F to 131°F Cycle Life: 14,000 cycles* Warranty: 1 year with a 3rd party BMS and up to 5 years with EV-BMS Configuration: 9S2P Cell Technology: Electrovaya EV cell (NMC with full ceramic separator) Nominal Capacity: 108 Ah Nominal Energy: 3.6 kWh Voltage Range (min, nominal, max): 27, 33.3, 37.8 V Dimensions (mm) WxDxH: 277 × 160 × 262 Weight: 18 kg Charge/Discharge C-rate: Continuous: Up to 1C/3C Pulse: 2C/5C Operational Temperature: Discharge: -30°C to 55°C Charge: 0°C to 55°C Discharge: -22°F to 131°F Charge: 32°F to 131°F Cycle Life: 14,000 cycles* Warranty: 1 year with a 3rd party BMS and up to 5 years with EV-BMS Solid-State Battery Technology Pushing energy density and safety forward with a proprietary solid-state design. Next-Generation Energy Density & Reliability Building on our proprietary ceramic separator expertise, Electrovaya’s solid-state battery technology represents a significant step toward safer, higher-performance lithium-metal systems. Combining a high-energy-density lithium-metal anode, advanced NMC cathode, and a robust Solid Composite Electrolyte, this next-generation architecture targets meaningful improvements in safety, cycle life and energy density. With early testing that demonstrates strong performance and Electrovaya engineering the technology for scalable, cost-effective manufacturing, this solid-state development represents a significant step toward next-generation battery capability that opens the door to future applications. Innovative Architecture Innovative Architecture Proprietary solid-state design built for safer performance and efficient manufacturing. High Energy Density High Energy Density Lithium-metal anode and advanced materials deliver industry-leading energy density. Scalable Production Scalable Production Engineered for mass production using mature, cost-effective manufacturing processes. Inside Our Solid-State Breakthrough THE ELECTROVAYA ADVANTAGE Designed for Performance, Safety, and Scalable Manufacturing Electrovaya’s solid-state battery development builds on proven ceramic expertise to advance performance, safety and manufacturability. When taken together, our early testing results, proprietary materials innovation and scalable processing methods define a practical path toward next-generation solid-state battery systems. 1. Performance Results Preliminary testing shows strong room-temperature cycle life using a lithium-metal anode, NMC cathode, and proprietary solid-state electrolyte, demonstrating the technology’s potential to meet automotive targets of 800 cycles at 80% capacity retention. 2. High-Performance Solid Composite Electrolyte Electrovaya’s Solid Composite Electrolyte leverages proprietary ceramic expertise to deliver strong ionic conductivity, mechanical stability, and improved electrode interfaces, creating a solid-state platform designed for higher performance and scalable manufacturing. Ceramic Reinforcement Ceramic scaffold provides mechanical strength, enhancing stability and durability under demanding operating conditions. Efficient Ion Transport Formulated to support high ionic conductivity, improving electrochemical performance across the cell. Optimized Interfaces SCE maintains favorable contact with electrodes, increasing efficiency and supporting next-generation solid-state performance. Scalable Processing Manufacturable using existing processes and infrastructure, enabling a practical path toward large-scale production. 3. Solvent-Free, Cost-Efficient Electrode Processing Electrovaya’s solvent-free electrode coating process eliminates toxic solvents and reduces Capex and Opex, supporting safer production, improved environmental performance, and scalable solid-state manufacturing using commercially mature, cost-effective methods. Extraordinary Safety Ceramic-reinforced cell design provides outstanding thermal stability, creating one of the safest lithium-ion architectures in the industry. Superior Longevity Robust cell design maintains performance over thousands of cycles, extending battery lifespan in intensive, round-the-clock environments. Internationally Certified Certified to UN38.3 and UL2580, ensuring compliance with the highest international safety and performance requirements. Low Voltage Infinity Battery Engineered to maximize uptime, productivity, and cost efficiency for material handling and robotics fleets operating in demanding, high-duty environments. Safer, Longer-Lasting Low-Voltage Batteries for High-Duty Fleets Electrovaya’s low-voltage systems deliver safe, long-lasting power for Class I–III equipment with UL2580-listed ceramic technology. Extended runtimes, fast charging, and maintenance-free operation reduce downtime, while industry-leading cycle life and seamless plug-and-play integration provide a proven, cost-efficient solution for high-duty fleets. THE ELECTROVAYA ADVANTAGE Engineered for Superior Fleet Performance Our LV battery systems combine advanced ceramic technology and durable design to deliver safer operation, higher productivity and exceptional long-term value for both robotics and material-handling fleets. UL-Certified Safety UL2580-listed cells and proprietary ceramic technology deliver exceptional protection across demanding operating environments. Longer Battery Life Industry-leading cycle life validated by extensive third-party testing ensures long-term reliability and reduced replacement needs. Productivity and Efficiency Extended runtimes, fast opportunity charging, and optimized energy use enable greater throughput and fewer operational interruptions. Reduced Operating Costs Eliminates spare batteries and lowers electricity use, reducing daily operational expenses across the fleet. Industry-Leading Warranty Comprehensive coverage up to 10 years delivers confidence and long-term value for high-duty operations. Proven in the Field Powering over 14,000 operating vehicles with leading global customers and OEM approvals. Voltage Range (V) 24V System Forklift Class: II, III Width Dimension (mm): 224 – 353 Weight (kg): 90 – 726 Battery Capacity (Ah): 282 – 564 Total Energy Nominal (kWh): 7.2 – 14.4 36V System Forklift Class: I, II Width Dimension (mm): 337 – 864 Weight (kg): 816 – 1406 Battery Capacity (Ah): 564 – 1,128 Total Energy Nominal (kWh): 20.6 – 41.2 48V System Forklift Class: I, II Width Dimension (mm): 424 – 1,148 Weight (kg): 635 – 1941 Battery Capacity (Ah): 282 – 1,128 Total Energy Nominal (kWh): 14.4 – 57.6 Battery Technology Electrovaya EV cell (NMC with ceramic separator for safety) Charging Time 1.5 hour fast charge capability* Operational Temperature Discharge: -30°C to 55°C Charge: -5°C to 55°C Operations at 55°C–60°C allowed for ≤24hrs Cycle Life Up to 14,000 cycles** WiFi Enabled for remote monitoring and data logging Charger Compatible with multiple charger vendors; CANBus and WiFi charger control Warranty 6 years extendable to 10 years High Voltage Infinity Battery Engineered for extreme duty, our high-voltage lithium-ion systems deliver exceptional safety, ultra-long cycle life, fast charging, and reliable performance across some of the world's most demanding sectors. High-Voltage Batteries for Large-Scale Transportation Infinity High Voltage System delivers safe, durable, mission-ready power for electric buses, trucks, mining vehicles, and defense platforms. Built on UL2580-listed ceramic technology, these systems provide exceptional thermal safety, ultra-long cycle life, and reliable performance in the harshest operating conditions. Fast charging, extended range, and maintenance-free operation maximize uptime, while robust system integration and intelligent controls create a proven, cost-efficient energy solution for the most demanding high-voltage applications. APPLICABLE INDUSTRIES Trucks Trucks Defense Defense ESS (Energy Storage) ESS (Energy Storage) Construction Construction Electrovaya Infinity-HV Battery Systems Powered by Infinity Lithium-ion Ceramic Technolog Advanced Technology - Proven performance for demanding applications • Industry Leading Safety - UL Listed cells, ECE R100.3 certification planned systems and IP67 rating • Superior Cycle Life - Best performing NMC lithium-ion cells in the industry backed with 3rd party test data • Increased Productivity - Longer operating times, faster charge rates with opportunity rapid charge • Lowest Total Cost of Ownership - Longest NMC cycle life in the industry • Modular design - Battery systems are designed to be scaled through a modular approach. This enables storage capacity to be tailored for specific applications • Strong Warranty - Up to 12 years; no battery replacement required through application lifetime Specifications HV-300 Configuration: 90S2P Voltage Range (V): 288 – 369 Dimensions (mm): 1540 × 610 × 180 Weight (kg): 238 Nominal Capacity (Ah): 108 Nominal Energy (kWh): 36 Energy Density: 151 Wh/kg 213 Wh/L Power (kW): Continuous: 72 30 sec: 108 Charging Time: 45 mins fast charging capability* Cell Technology: Electrovaya 54 Ah NMC cell with full ceramic separator Operational Temperature: Discharge: -30°C to 55°C Charge: 0°C to 55°C Discharge: -22°F to 131°F Charge: 32°F to 131°F Operations at 55°C–60°C (131°F–140°F) allowed for ≤ 24 hrs Cycle Life: 14,000 cycles** Warranty: Up to 12 years Certification: UN 38.3, ECE R100.3 (Planned) HV-700 Configuration: 180S2P Voltage Range (V): 576 – 738 Dimensions (mm): 1740 × 763.8 × 298.8 Weight (kg): 420 Nominal Capacity (Ah): 108 Nominal Energy (kWh): 71.92 Energy Density: 171 Wh/kg 181 Wh/L Power (kW): Continuous: 144 30 sec: 216 Charging Time: 45 mins fast charging capability* Cell Technology: Electrovaya 54 Ah NMC cell with full ceramic separator Operational Temperature: Discharge: -30°C to 55°C Charge: 0°C to 55°C Discharge: -22°F to 131°F Charge: 32°F to 131°F Operations at 55°C–60°C (131°F–140°F) allowed for ≤ 24 hrs Cycle Life: 14,000 cycles** Warranty: Up to 12 years Certification: UN 38.3, ECE R100.3 (Planned) Infinity Battery Energy Storage System Engineered for safety and long life, our energy storage systems leverage our patented ceramic lithium-ion technology to provide grid and industrial applications with reliability, lower lifetime costs, and dependable performance. Reliable, Long-Life Energy Storage for Demanding Applications Electrovaya’s Battery Energy Storage System (BESS) delivers safe, long-life performance using UL-certified lithium-ion ceramic technology manufactured in the United States. With industry-leading cycle life, proven field safety and lower cost per cycle, this system provides reliable, cost-effective energy storage for grid and industrial applications. THE ELECTROVAYA ADVANTAGE Engineered for Dependable Energy Storage Electrovaya’s BESS platform delivers safer operation, longer life, lower ownership costs and proven reliability for long-duration energy storage. Made in the USA Manufactured in the US with ITC-eligible components produced at our Jamestown, New York facility. Certified Safety UL-listed cells and UL 9540/9540A systems enhanced by proprietary ceramic safety technology. Higher Productivity Infinity-powered systems exceed 30,000 deployments with a perfect operational safety record. Long Cycle Life Industry-leading NMC cells deliver exceptional cycle life validated through extensive third-party testing. Lower Lifetime Cost Extended cycle life and efficient performance reduce cost per cycle for long-duration storage. Strong Warranty Up to 10 years of warranty support ensures long-term reliability and operational confidence. Technical Details and Specifications ELV1350V2150A Battery Energy Storage System Powered by Infinity Lithium-ion Ceramic Technology Made in USA – Under OBBBA, Investment Tax Credit (ITC) eligible. Cells and systems manufactured in Jamestown, New York. ● Safety - UL 2580 listed cells and UL 9540 and UL 9540A systems protected using proprietary lithium-ion ceramic technology and leading safety systems. ● Superior Power Delivery – 5 MW continuous ● Proven - Infinity technology powering over 30,000 motive vehicles with a Perfect Safety Record. ● Superior Cycle Life - Best performing NMC lithium-ion cells in the industry backed with 3rd party test data ● Lowest Total Cost of Ownership - Longest cycle life in the industry with lowest $/cycle technology Specifications Model Configuration: 360S30P Voltage Range (V): 1332 Nominal (1152 – 1476) Enclosure: 20 ft container Battery Capacity (Ah): 1620 Power* Continuous: 2.3 C / 5 MW 5 Minutes: 3.5 C / 7.6 MW Total Energy Nominal (kWh): 2158 Battery Technology: Electrovaya EV cell (NMC with ceramic separator for safety) Operational Temperature: Discharge: -30 °C to 55 °C / -22 °F to 131 °F Charge: 0 °C to 55 °C Cycle Life: Up to 14000 cycles ** Wi-Fi: Enabled for remote monitoring and data logging Certifications*: UL 9540, UL 9540A, UL 1973, NFPA 855 Airport Ground Support Equipment Reliable, long-lasting lithium-ion battery systems engineered to maximize safety, uptime and efficiency across demanding airport ground support operations. Safer, Longer-Lasting Power Solutions for Mission-Critical Fleets Electrovaya’s Airport Ground Support Equipment (GSE) battery systems deliver safe, long-lasting performance for airport operations using UL2580-listed lithium-ion ceramic technology. With industry-leading cycle life, rapid charging and lower lifetime operating costs, these systems provide reliable, efficient power for baggage tractors, belt loaders, and other mission-critical ground support equipment. HE ELECTROVAYA ADVANTAGE Engineered for Airport Performance From certified safety to rapid charging and proven reliability, Electrovaya’s GSE batteries provide power and peace of mind to your fleet. Certified Safety UL2580-listed ceramic-based cells and advanced safety systems provide exceptional protection for airport operations. Long Cycle Life Industry-leading NMC cells deliver outstanding cycle life validated through extensive third-party testing. Higher Productivity Longer runtimes, fast charging and high round-trip efficiency increase operational throughput and reduce downtime. Lower Lifetime Cost Extended cycle life and efficient performance reduce total cost per cycle for GSE fleets. Strong Warranty Up to 10 years of warranty support ensures long-term reliability in demanding environments. Proven Technology Infinity systems power more than 30,000 motive vehicles worldwide with a perfect safety record. Technical Details and Specifications Airport Ground Support Equipment (GSE) Battery Systems Powered by Infinity Lithium-ion Ceramic Technology Safety - UL2580 listed cells protected using proprietary Infinity lithium-ion ceramic technology and leading safety systems ● Superior Cycle Life - Best performing NMC lithium-ion cells in the industry backed with 3rd party test data ● Increased Productivity - Longer run times, higher round-trip efficiency, and faster charge rates with opportunity rapid charge ● Lowest Total Cost of Ownership - Longest cycle life in the industry with lowest $/cycle technology ● Strongest Warranty - Up to 10 years ● Proven - Infinity technology powering over 30,000 motive vehicles Specifications Model: 80V1S 80V2S 80V3S Voltage (V): 80 Dimensions (in): 80V1S: 28.4 × 12.1 × 24.1 80V2S: 28.4 × 24.2 × 24.1 80V3S: 28.4 × 36.3 × 24.1 Weight (kg): 80V1S: 231 80V2S: 462 80V3S: 693 Battery Capacity (Ah): 80V1S: 324 80V2S: 648 80V3S: 972 Total Energy Nominal (kWh): 80V1S: 26.0 80V2S: 52.0 80V3S: 78.1 Battery Technology: Electrovaya EV cell (NMC with ceramic separator for safety) Charging Time: 1.5 hour fast charge capability* Operational Temperature: Discharge: -30°C to 55°C / -22°F to 55°C Operation at 55°C–60°C allowed for ≤24 hrs Cycle Life: Up to 14000 cycles ** WiFi: Enabled for remote monitoring and data logging Charger: Compatible with multiple charger vendors; CANBus and WiFi charger control Warranty: Up to 10 years Infinity Automated Guided Vehicle Batteries Safe and long-lasting lithium-ion battery systems engineered to maximize uptime, efficiency and reliability for automated guided vehicles. High-Performance AGV Power Using Lithium-Ion Ceramic Technology Electrovaya’s Automated Guided Vehicle (AGV) batteries deliver safe, long-lasting power using UL2580-listed lithium-ion ceramic cells. With exceptional cycle life, rapid charging, and high round-trip efficiency, these systems reduce operating costs and provide reliable, continuous performance for automated guided vehicles in demanding industrial environments. THE ELECTROVAYA ADVANTAGE Proven Advantages for Automated Fleets From certified safety to exceptional cycle life and rapid charging, our AGV batteries keep automated fleets running reliably and efficiently. Certified Safety UL2580-listed cells and ceramic-based safety systems deliver exceptional protection for automated vehicle fleets. Long Cycle Life Industry-leading NMC cells provide outstanding cycle life validated through extensive third-party testing. Higher Productivity Longer runtimes, high round-trip efficiency and fast opportunity charging maximize AGV operational throughput. Lower Total Cost Longest cycle life and efficient performance reduce total cost per cycle for AGV applications. Strong Warranty Up to eight years of warranty coverage ensures reliable long-term performance in demanding environments. Proven Technology Infinity technology powers over 30,000 motive vehicles worldwide with a perfect safety record. Automated Guided Vehicle (AGV) Battery Systems Powered by Infinity Lithium-ion Ceramic Technology Safety - UL2580 listed cells and systems protected using proprietary lithium-ion ceramic technology and leading safety systems ● Superior Cycle Life - Best performing NMC lithium-ion cells in the industry backed with 3rd party test data ● Increased Productivity - Longer run times, higher round-trip efficiency, and faster charge rates with opportunity rapid charge ● Lowest Total Cost of Ownership - Longest cycle life in the industry with lowest $/cycle technology ● Strong Warranty - Up to 8 years ● Proven - Infinity technology powering over 30,000 motive vehicles Specifications Voltage Range (V): 24 – 330 Weight (kg): 37 – 510 Battery Capacity (Ah): 54 – 564 Total Energy Nominal (kWh): 1.4 – 31.3 Battery Technology: Electrovaya EV cell (NMC with ceramic separator for safety) Charging Time: 1.5 hour fast charge capability* Operational Temperature: Discharge: -30°C to 55°C / Charge: 0°C to 55°C Discharge: -22°F to 131°F / Charge: 32°F to 131°F Cycle Life: Up to 14000 cycles ** WiFi: Enabled for remote monitoring and data logging Charger: Compatible with multiple charger vendors; CANBus and WiFi charger control Warranty: Up to 8 years
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Leadership
Dr. Rajshekar DasGupta, Ph.D (Chief Executive Officer, Raj has been with Electrovaya for over 10 years and has been involved with every aspect of the business from cell manufacturing, engineering activities and business development.), John Gibson (Chief Financial Officer), Dr. Jeremy Dang (Vice President, Business & Project Development), Dr. Elmira Memarzadeh (Vice President, Cell Operation), Rana Bhattacharya (Vice President, Engineering), Jason Roy (Vice President, Corporate Development & Investor Relations), Kyle O’Leary (Vice President, Operations, Canada), Ivin Issac (Director, Supply Chain), Marvin Lee (Director, Battery Operations), Dr. Trevor Grant (Director, Research), Lee Gilmore (General Manager, Jamestown Operations), Dr. Sankar Das Gupta, PhD., DIC, FCAE, FIMMM (Co-Founder & Executive Chairman), Steven Berkenfeld (Director), Kartick Kumar (Director), Dr. Jim Jacobs, Ph.D (Director, Dr. Jacobs' innovations have been instrumental in the development of Electrovaya's SuperPolymer technology. He co-founded the company with Sankar DasGupta in 1996 and was an instrumental part of its IPO in 2000. He served as CTO of the company until 2003. Dr. Jacobs received a BA from Oberlin College, Ohio and completed both his MA and PhD in solid-state physics at the University of Toronto.), Prof. Carolyn Hansson (CM, FCAE, FRSC, Director, Professor Carolyn Hansson CM, FCAE, FRSC has had a distinguished career spanning industry and academia, including roles at Lockheed Martin, Bell Labs, and leading universities such as Waterloo, Queen’s, Columbia, and SUNY. A Professor of Materials Engineering at the University of Waterloo and former Vice President of Research, she led innovation across all disciplines. A recipient of the Order of Canada, Professor Hansson has served on boards and influential committees across North America and Europe, with deep connections in international innovation circles.)

Verified data last updated: 2026-05-15

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