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⚙️ Turning clean energy discoveries into market-ready batteries demands costly equipment and deep expertise that are often out of reach. Energsoft bridges this gap with advanced software and a team of battery scientists accelerating the journey from research to commercialization. In partnership with the Washington Clean Energy Testbeds, we’re developing next-generation batteries that store more energy, last longer, and perform safer than today’s lithium-ion cells.


The goal is to develop breakthrough, but low-cost, materials and battery designs that can fully utilize new high-performing materials.

Energsoft researchers are also exploring high-energy-density lithium-negative electrodes along with a variety of next-generation positive-electrode materials.

Every advance in high-energy materials requires new knowledge and improvements in battery operations and control.
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Safely getting the longest life and highest performance out of each new material is a critical part of our research.

Energsoft is energy storage intelligence software that helps people see and understand their data. Connect & visualize your data in minutes.

State of the Art Analytics with thousands of batteries collected from hundreds of customers and partners.
Batteries are critical for our clean energy future and PREDICTIVE ANALYTICS IS THE WAY TO IMPROVE
⚡ The Future of Battery Management Is Here
Battery management is evolving fast — companies that automate battery life optimization and predictive maintenance are already ahead of the curve.
Energsoft delivers next-generation analytics that forecast remaining life, replacement needs, and performance trends through AI-driven insights, automated data collection, and cross-platform compatibility.
As batteries operate under higher voltages and current densities, comparing systems across markets has become nearly impossible with spec sheets alone. Energsoft bridges that gap — working with OEMs and manufacturers to design, test, and optimize batteries for every unique application.
Trusted by transportation OEMs, global consumer electronics leaders, and energy innovators, Energsoft empowers teams to launch faster, perform better, and ensure reliability with intelligent cloud analytics.
💡 Join the movement.
Stay updated on our latest innovations, partnerships, and events — sign up today!
🌐 Collaborate, Analyze, and Accelerate — All in One Platform
Energsoft’s web platform lets teams collaborate and share projects instantly using custom templates. With AirDrop onboarding, users can import metadata in seconds and access real-time testing and production data to speed up research, prevent failures, and reduce maintenance costs.
Accessible anywhere, on any device, our secure cloud software predicts the performance of batteries and battery-powered systems across industries — from automotive and aerospace to consumer electronics and grid storage.
All data is encrypted in transit and at rest, protected by SSL and Transparent Data Encryption (TDE) for enterprise-grade security and compliance.
Predictive Analytics That Power the Future of Batteries
We believe predictive analytics will transform the entire battery supply chain — from R&D to end-of-life management.
Our flagship product, the DqDv Portal, delivers powerful visualization tools like Voltage vs SOC, C-Rate vs Capacity, Resistance vs Cycle, and Dq/Dv plots — all customizable with a few clicks. Users can generate average performance comparisons across multiple batteries to evaluate trends, identify anomalies, and run deep statistical analyses.
Traditional lab software slows researchers down. Energsoft’s hardware-agnostic platform uses advanced algorithms and a rich battery knowledge database to analyze massive datasets instantly — helping you balance cost, turnaround time, and quality while gaining clear answers to critical questions:
With Energsoft, the data gives you the truth — fast.
⚡ The Next Leap: Solid-State & Electrification
Early-generation solid-state Li-ion batteries already reach around 400 Wh/kg, with projections of 450–500 Wh/kg by 2030 — a major leap from today’s 300 Wh/kg cells.
As electrification accelerates, passenger EVs are expected to become mainstream in Europe by 2024, while 90% of two- and three-wheelers in Asia will be electric by 2030. With a 19% cost-learning rate, battery prices are set to fall even faster than solar or wind — fueled by advances in solid-state chemistry and manufacturing scale.
These breakthroughs will expand battery adoption into trucks, buses, short-haul aviation, and maritime transport, redefining the boundaries of electric mobility.
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