AI Research Tool for EV

Lead the future of EV innovation with AI-powered research

Discover breakthrough battery technologies, charging innovations, and sustainable materials with instant insights into what’s patented, who’s cited it, and what’s been improved.

Future-proof your EV innovation
with AI-powered research

85% Faster

Technology Discovery

60+ Hours Saved

On Literature and Patent Analysis

40% Reduction

In Duplicated Research Efforts

Find What's Next

Discover emerging EV trends, breakthrough battery chemistries, and competitor innovations before they hit the market.

Validate Instantly

Quickly assess new EV technologies, charging solutions, and materials with AI-driven insights from patents, research papers, and real-world applications.

Optimize R&D Costs

Reduce R&D costs by avoiding duplicated research and ensure your EV development efforts are streamlined from day one.

More Research, Less Busywork, Higher Impact

Centralize Knowledgebase

Structure EV research and innovations by function and property

Slate consolidates 450M+ patents and research papers in a structured taxonomy based on electrolyte salts, anode/cathode materials, and binders by functional performance, making it easier to explore materials by conductivity, thermal stability, or degradation behavior.

Material Discovery

Discover substitute materials for battery innovation to boost efficiency and sustainability

Surface viable alternatives to cobalt, NMP, PVDF, lithium metal, or fast-charging chemistries by analyzing performance claims, thermal stability tests, and life-cycle studies across multiple datasets.

Competitive Intelligence

Benchmark your EV R&D against industry leaders

Aggregate global IP and scientific research to map who’s working on what to benchmark performance claims, identify whitespace, or monitor competitors (e.g., BYD’s blade battery vs. CATL’s M3P vs. Tesla’s 4680).

Trend Forecasting

Identify emerging trends and technologies before they dominate EV landscape

Anticipate the future of the EV industry by analyzing where research volume is accelerating and shifts in technologies like the rising use of AI in BMS, or shift from 400V to 800V architectures, and align your R&D roadmap accordingly.

Cross-Industry Solution

Repurpose technologies from adjacent sectors to enhance your EV R&D

Slate connects innovations across industries, helping you identify unconventional technologies from outside automotive that can be adapted into EVs like heat management systems from aerospace or predictive maintenance from telecom for vehicle design, battery cooling, or EV fleet health monitoring.

Technology Discovery

Find next-gen technologies for EV development

Speed up the design and development of EV powertrains, motor designs, charging technologies, control, and cooling systems tailored for EVs with real-world studies on performance, safety, and cost-effectiveness.

Regulations & Compliance

Stay compliant with evolving EV regulations and safety standards

Discover alternative technologies, materials, or systems with legally supportable safety and performance claims for EV regulations, so your R&D doesn’t hit compliance walls post-development.

Novel Material Synergies

Understand interactions between materials, conditions, and failures

Explore how electrolyte additives, separators, and temperature profiles interact in cell performance and failure modes based on co-citations across research papers and patents.

Before

6 weeks to analyze 100+ patents and research papers, material scouting, and compliance checks, relying on manual searches across multiple sources.

96X

Faster insights, delivering in:

With Slate

1 day to uncover 6 emerging materials with industry use cases.

3 hours to map 10 competitor innovations across patents & market activity.

Answer Questions That Matter to EV R&D

What R&D professionals in EV industry are asking:

What innovations in wireless EV charging are achieving >90% efficiency for commercial fleets?

What are viable alternatives to cobalt-based cathodes that maintain high energy density and cycle life under real-world conditions?

What are the latest solid-state battery electrolyte innovations achieving >1000 Wh/L energy density?

What dry electrode manufacturing processes eliminate organic solvents in battery production?

What thermal management solutions enable high-efficiency wireless charging in heavy-duty EVs?

Real Results from EV Industry Leaders

See how EV manufacturers are accelerating innovation and gaining competitive advantage with Slate

“Slate helped us uncover a breakthrough lithium-iron-phosphate variant that exceeded our performance targets. We were able to secure IP protection 6 months ahead of schedule.”

— Head of Battery R&D

Results

6 weeks → 3 days

Research Time

14 chemistries

Identified and Evaluated

40% fewer

Lab Testing Cycles

“Slate connected breakthrough research from grid infrastructure to EV charging needs. We saved months of work and launched with 40% better grid efficiency. It also opened a whole new path for ultra-fast charging innovation.”

— Chief Technology Officer