Ion Energy occupies a distinctive niche in the lithium and battery ecosystem: a technology-first developer of battery management and intelligence systems aimed at improving the lifespan, safety and performance of lithium‑ion batteries used by electric vehicles and energy storage systems. This profile compiles jurisdictional identifiers, corporate footprints, product scope, funding signals and market positioning for comparison with cell makers, OEMs and battery‑tech peers. Readers will find verified public directory links, aggregated platform references and contextual analysis that clarify how a specialist battery‑data company complements the hardware-centric supply chain led by firms such as Tesla, Panasonic, LG Energy Solution, CATL, Samsung SDI and BYD. Where numbers or commercial terms are not publicly disclosed, the table flags that explicitly to retain analytical clarity. The profile is intended for investors, procurement teams and researchers seeking a concise but comprehensive reference to compare Ion Energy with cell manufacturers, integrators and other lithium-focused companies listed on specialist directories.
Ion Energy company profile & corporate data — legal identities, locations and core metrics
This section collects verified directory entries and establishes the corporate structure, operating headquarters, founding background and readily available financial or operating metrics. Where Ion Energy operates multiple legal entities, each is noted with its public registry link to preserve traceability. The corporate table below is the primary reference block for rapid comparison. Data sources include the company’s own site, Dealroom and business directories linked here for verification.
| Field | Value / Note |
|---|---|
| Company Name | Ion Energy (branded variants: ION Energy Inc; Ion Energy Pvt Ltd; Ion Energy Canada) |
| Ticker(s) & Exchange(s) | Not publicly listed / Private entity in main jurisdictions. Directory profiles: Dealroom, Bloomberg, PitchBook |
| Country | Primary operational footprint reported in India with offices and commercial presence in Canada and the United States. See company pages: ionenergyinc.com, ionenergy.ca |
| Headquarters | Registered R&D base in Mumbai, India; operating offices reported in Toronto (Canada) and Boca Raton / Florida (USA) per business directories such as Dun & Bradstreet |
| Founded | 2016 (founder/leadership references list founders Akhil Aryan and Alexandre Collet across corporate literature) |
| CEO / Key Executives | Executive roster varies by jurisdiction; founders and core product leadership are publicly listed on company portals and commercial datasets (see PitchBook, Dealroom) |
| Employees | Headcount not consistently reported in public filings. Directory snapshots show a small to mid-size engineering and commercial team across jurisdictions; see Datanyze for approximate counts |
| Sector | Energy tech / Battery software & electronics |
| Sub-Sector | Battery intelligence, BMS hardware and analytics platform |
| Market Cap (USD) | Not applicable — private company |
| Revenue (USD) | Not publicly disclosed; commercial partnerships and pilot programmes reported on company pages and industry listings |
| Net Income (USD) | Not publicly disclosed |
| Lithium Production (tonnes LCE/year) | 0 — Ion Energy is not a mineral producer; its role is technology and systems integration for battery cells and packs |
| Main Mines / Projects | None — core projects are product development for BMS, analytics and system integration |
| Processing Facilities | R&D labs and manufacturing/assembly indicated in commercial descriptions (reports of manufacturing & warehousing facilities exist in aggregator profiles); detailed facility addresses are jurisdiction‑specific |
| Exploration Stage (If junior) | Not applicable |
| Key Partnerships / Clients | Company literature references commercial clients and Fortune 500 engagements in energy and EV sectors; compatibility with OEM / cell makers such as Tesla, Panasonic, LG Energy Solution, CATL, Samsung SDI, BYD is a design objective rather than an exhaustive partner list. Relevant corporate listings: Tracxn |
| Stock Index Membership | Not a public company |
| ESG / Sustainability Initiatives | Product emphasis on extending battery life, improving charge/discharge efficiency and enabling second‑life management; specific ESG reports not publicly available — see company pages and business registries for statements |
| Website | https://www.ionenergyinc.com/company/ and https://www.ionenergy.ca/ |
Key directory references compiled above include Dealroom, Bloomberg, PitchBook, Datanyze, Tracxn and registry entries such as the UK Companies House listing find-and-update.company-information.service.gov.uk.
- Distinguishing point: Ion Energy specialises in software and electronics for battery intelligence; it is not a lithium miner or refiner.
- Verification strategy: Use the linked directory profiles to validate legal entity, jurisdiction and contact points prior to commercial engagements.
- Investor due diligence tip: Revenue and profitability metrics are private — expect primary diligence to focus on pilot results and customer references.
Because Ion Energy operates as a technology provider rather than a resource producer, the standard lithium‑company production and reserve metrics do not apply; this distinction is central when comparing the entity to producers listed on specialist pages such as those at Avalon Advanced Materials or Pure Energy Minerals. Strong cross‑reference to company directories is recommended before contract negotiation. Key insight: Ion Energy should be evaluated on software performance, integration capability and pilot outcomes rather than mine‑level production metrics.
Products, technical architecture and integration with lithium-ion supply chains
This section describes the technical scope of Ion Energy’s offerings, the modular architecture that connects cell‑level telemetry to cloud analytics, and practical integration scenarios with battery manufacturers and OEMs. The emphasis is on how the company’s systems interface with cells supplied by major manufacturers and how that enables improved lifetime and safety outcomes.
| Component | Function / Purpose |
|---|---|
| Battery Management System (BMS) Hardware | Cell balancing, state-of-charge (SoC) estimation, thermal monitoring, safety interlocks — designed to be pack‑level hardware that integrates with cell chemistries from vendors like Panasonic, LG Energy Solution and CATL |
| Software / Analytics Platform | Cloud analytics for lifetime prediction, degradation models, anomaly detection and fleet telematics for EV or stationary storage operators |
| Platform APIs & Integrations | Open APIs and data connectors intended to interface with OEM telematics, manufacturing execution systems (MES) and charging infrastructure |
| Applications | EV pack optimisation, energy storage system (ESS) grid services, second‑life battery assessment |
Ion Energy’s product architecture is typical of advanced BMS providers: a hardware module performing real‑time cell balancing and protection, paired with a cloud platform that aggregates cell and pack data for fleet‑level analytics. Practical examples of deployment scenarios highlight the business value:
- EV OEM integration: An automaker using Ion’s BMS can achieve more accurate state‑of‑health (SoH) estimates, which reduces warranty exposure and enables longer warranty windows without increased risk. This is particularly valuable for OEMs that rely on cells from large suppliers such as Samsung SDI or BYD.
- Stationary storage operator: A utility-scale operator can deploy Ion’s analytics to optimise charge/discharge cycles for revenue stacking (frequency response, demand charge management), improving lifetime throughput of packs built with cells from CATL or LG Energy Solution.
- Second‑life deployment: Diagnostics and remanufacturing workflows reduce uncertainty when repurposing EV packs for less demanding applications, extending useful battery life and lowering lifecycle carbon intensity.
- Primary technical goals: improve cycle life, reduce degradation rate, and detect safety anomalies early.
- Compatibility aim: support a broad range of cell formats and chemistries used by industry leaders.
- Commercial outcome: reduce total cost of ownership (TCO) for EV fleets and ESS operators.
Product differentiation is often judged by algorithm accuracy for SoH prediction, robustness of thermal models and the ease of integration into OEM manufacturing and BMS supply chains. A comparison tool can help procurement teams judge vendor fit: below is an interactive comparison table widget for quick situational analysis.
Comparatif : Ion Energy vs Fournisseurs BMS classiques
Tableau interactif pour enrichir l’article “Ion Energy: company information”.
David Miller is a financial writer and analyst who has spent more than ten years studying how natural resources shape the global economy. His work often gravitates toward lithium and other battery metals, not just because of their financial weight, but because of their role in the world’s energy transition and the shift toward cleaner technologies.
Having followed the rise of electric vehicles and renewable energy from both an investment and environmental perspective, David believes that telling the story of each company matters. Behind every market cap or production figure, there are people, communities, and long-term projects that define how the lithium supply chain evolves.
In this directory, his goal is to provide profiles that are accurate, comparable, and accessible, but also written with an awareness of the bigger picture: how each company contributes to the future of energy, mobility, and sustainability.