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Intensive R&D
⚙️ Multi-cycler electrochemical infrastructure — Ingest and normalize telemetry from Arbin, Basytec, Maccor, BioLogic, PEC, Chroma, and custom test systems into a unified electrochemical reasoning layer.
💾 From raw telemetry to electrochemical reasoning — Transform terabytes of time-series battery data into structured degradation traject
⚙️ Multi-cycler electrochemical infrastructure — Ingest and normalize telemetry from Arbin, Basytec, Maccor, BioLogic, PEC, Chroma, and custom test systems into a unified electrochemical reasoning layer.
💾 From raw telemetry to electrochemical reasoning — Transform terabytes of time-series battery data into structured degradation trajectories, impedance evolution models, and searchable electrochemical state histories.
🧪 Chemistry-flexible by design — Support evolving chemistries including LFP, NMC, LMFP, sodium-ion, solid-state, silicon-anode, and next-generation cell architectures.
🧠 Physics-grounded agentic systems — Combine electrochemical priors, degradation modeling, probabilistic inference, and multi-agent reasoning to reduce manual analysis and eliminate heuristic-driven workflows.
🔍 Mechanistic insight in real time — Automatically detect:
- lithium plating signatures
- impedance acceleration
- thermal instability
- capacity fade transitions
- dQ/dV morphology shifts
- and anomalous degradation pathways
Faster Iterations
📊 Electrochemical digital twins — Continuously model battery behavior across cycling, thermal exposure, fast charging, and aging conditions using evolving digital twin state representations.
🔗 Unified electrochemical ontology — Standardize and compare battery data across labs, suppliers, chemistries, manufacturing lots, and operational
📊 Electrochemical digital twins — Continuously model battery behavior across cycling, thermal exposure, fast charging, and aging conditions using evolving digital twin state representations.
🔗 Unified electrochemical ontology — Standardize and compare battery data across labs, suppliers, chemistries, manufacturing lots, and operational environments.
🔥 Predictive safety orchestration — Identify thermal runaway precursors, degradation acceleration, and probabilistic hazard conditions before catastrophic failure thresholds are reached.
🚀 Accelerated qualification and validation — Reduce time-to-insight across cell characterization, HPPC, cycle life, abuse testing, and pack validation workflows.
📈 Scalable from cell R&D to fleet intelligence — Energsoft scales from single-cell experimental analysis to fleet-wide electrochemical swarm reasoning and operational orchestration systems.
Missing IT Infrastructure
Missing IT Infrastructure
🚀 Accelerate innovation and improve battery safety with Energsoft.
- ⚡ Shorten product development cycles – Replace slow, incremental progress with data-driven acceleration.
- 🧠 Expert energy storage intelligence – Energsoft’s smart analytics system streamlines R&D, validation, and scale-up.
- 🔗 Unified platform, deeper insight – Combine b
🚀 Accelerate innovation and improve battery safety with Energsoft.
- ⚡ Shorten product development cycles – Replace slow, incremental progress with data-driven acceleration.
- 🧠 Expert energy storage intelligence – Energsoft’s smart analytics system streamlines R&D, validation, and scale-up.
- 🔗 Unified platform, deeper insight – Combine build and formulation metadata with performance data for instant, correlative analysis and faster decision-making.
💡 Faster development. Safer systems. Smarter insights. Energsoft ensures that every data point — from the lab bench to the field — works together to drive faster, safer, and smarter battery innovation.
💡 Energsoft turns battery complexity into clarity.From R&D to production, our analytics platform solves the challenges that slow teams down:
Artificial intelligence technology and energy storage
- Slow feedback cycles, particularly when evaluating battery lifetime, dramatically slow development times and delay shipping
- Early cycle performance will not tell you which batteries will fail first
- A battery lifetime is highly path-dependent on usage
- Beyond keeping a battery within its limits, you need to keep track of how the battery is operated within those limits
Deprived battery performance
⚡ Energy storage performance remains the biggest roadblock to progress.
It drives user frustration across mobile devices, electric vehicles, and grid storage—and continues to slow the global energy transition.
🔍 Many companies still repeat up to 60% of experiments, losing time, money, and valuable insights buried in disconnected data.
💡 Energsoft changes that by capturing, organizing, and analyzing every result—so no test is wasted and every discovery moves your battery program forward.
Achieve KPI's metrics
⚙️ Engineering better batteries starts with better data. Designing and validating battery systems is complex — from supplier evaluation to long-term performance testing.
📊 With Energsoft, engineers can instantly aggregate, analyze, and visualize massive data streams from cyclers, labs, and field systems to uncover insights hidden in plain sight.
🚀 The result: higher-quality products, faster development, and lower costs — all while improving reliability and turning battery performance into a lasting competitive advantage.
🔋 As warranty periods grow longer, Energsoft helps ensure consistent, repeatable results with precise tracking of capacity fade, degradation, and other key metrics over time.
ENERGSOFT boosts battery performance with AI-driven, cloud analytics 🚀.** Real-time predictions optimize efficiency, longevity, and reuse certification 🔄. Track C-Rate, resistance, and more via smart dashboards. Founded in 2018, ENERGSOFT powers industries from medical devices to automotive ⚡️. for a few seconds ENERGSOFT supercharges battery systems with AI cloud analytics.
Cut total cost of ownership with smarter, more efficient battery management. Real-time insights optimize performance, reliability, and reuse, powering industries from medical to automotive 🤖
Reduce Total Cost of Ownership
Energsoft is happy to provide trial evaluation subscription
Examples of Business Goals
⚙️ Unified electrochemical telemetry ingestion — Seamlessly integrate and normalize battery data from Arbin, Maccor, Basytec, BioLogic, PEC, Chroma, and custom cycler infrastructure into a single agentic electrochemical platform
📡 Distributed multi-site battery data orchestration — Continuously ingest high-frequency