BatteryCycle
BatteryCycle provides a battery-health analytics platform that enables fleets, leasing companies, car retailers, and insurers to immediately assess the state of health of electric vehicle batteries without needing OBD hardware or complex integrations. The web app and API give instant, data-backed battery health reports across more than 25 brands and connect to over 90% of available market models. BatteryCycle supports remarketing, resale, and risk-management by estimating residual values, identifying usage and degradation risks, and flagging battery-related exposures in real time. The platform also extends into second-life and recycling workflows; it gives battery recyclers and energy-storage developers insights into chemistry, capacity, and suitability of retired EV batteries for repurposing. With advanced analytics for fleet management, the service helps operators monitor battery health by brand, model, and driving behaviour, guiding decisions on vehicle retirement.
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Breathe
Breathe Battery Technologies provides a physics-based battery software toolchain that enables engineers and OEMs to design, simulate, validate, and control advanced battery systems with greater speed, accuracy, and performance than traditional empirical workflows. Its suite spans from cell design and simulation software, allowing rapid evaluation of ageing, thermal behavior, SoC/SoH estimators and system-level trade-offs, to embedded adaptive charging firmware that dynamically manages internal electrochemical states to deliver faster charging and longer life without hardware changes. Breathe’s software integrates physics-based modelling and real-time control into the battery development lifecycle so teams can reduce risk, iterate quickly, and make data-driven decisions while lowering cost and increasing flexibility. Breathe’s products are trusted by global brands and partners, including Volvo and OPPO, for applications that improve charging performance, extend cycle life, etc.
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NerveCenter
Primary utility power outages do occur; often caused by poor infrastructure or weather. As the size, complexity and criticality of networks continue to grow, reliable backup op UPS power is critical to network uptime. Additionally, UPS batteries lose capacity in as early as three years. While UPS battery manufacturers may market their batteries with a ten-year design life or life span, external factors can cause degradation and shorten battery life. Internal cell resistance (via temperature) – To verify the state of health by identifying low capacity cells Inter-Cell Resistance – conduction path integrity between cells to avoid hot spots, fires, and abrupt shutdowns via temperature monitoring. Properly monitored UPS battery systems have a longer life, require less energy to charge and require less preventive maintenance. Improve uptime and prevent network outages caused by UPS failures, UPS capacity issues and drained UPS battery power.
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Elexee
Elexee is designed especially for OEMs and software distribution partners. It gives accurate insights into parameters that can improve battery life. Get a detailed understanding of the state of charge, voltage, battery temperature, and more.
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