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Wie das Team die gesamte Kette abdeckt
Jede Phase des Aufbaus einer Batterieproduktionsanlage erfordert unterschiedliche Fachkenntnisse. So ist das Team in diese Wertschöpfungskette eingeordnet.
Kathodensysteme, Zellchemie, Energiedichte und Sicherheitsdesign.
Dany Huang · Neil Zhao · Science WangProzessabläufe, Parameterfenster, DOE-Validierung, PFMEA.
Neil Zhao · Science Wang · Pinery GongMaschinenspezifikation, Fabriklayout, FAT/SAT-Abnahme, Inbetriebnahme.
Dany Huang · Neil Zhao · Science WangFehlerbeseitigung, Prozessfähigkeit, Durchsatz und Kostenkontrolle.
Pinery Gong · Science WangSchlüsselfertiges Projekt, Exportkonformität, Logistik, Übergabe vor Ort.
Amy WangGeräteanimationen, damit Kunden sehen können, wie eine Maschine tatsächlich funktioniert.
Lin JinglvInstallation vor Ort, Inbetriebnahme, Prozessvalidierung und Bedienerschulung.
Kevin LiDas Team— acht Spezialisten
Gründer und Geschäftsführer
Nach einem Jahrzehnt in der Zellherstellung gründete er 2012 TOB NEW ENERGY und entwickelte sich von der Materialentwicklung für Pouchzellen bis hin zur Produktion zylindrischer und großer prismatischer Zellen.
- ▸Genannter Erfinder am55 chinesische Patente— battery manufacturing equipment, dry electrode production, cathode materials and process environmental control
- ▸First author of research onB-Co-Cu co-doped O3-type sodium-ion cathodes, published inJOM(Springer / TMS, 2026)
- ▸Holds a four-patent chain covering the completedry-process electroderoute, from raw-material mixing to full production line
Co-Founder & Senior Engineer
Co-founded TOB NEW ENERGY with Dany Huang and is a named co-inventor on every patent the company holds.
- ▸Joint holder ofthree patents covering consecutive dry electrode stages— raw-material feeding (CN219193253U), film roll forming (CN218887233U), lamination and stretching (CN218887274U)
- ▸Named co-inventor onall 16 TOB-held patents, alongside Dany Huang
- ▸Appointedindustry graduate advisorin Materials and Chemical Engineering atCentral South University, 2026
Marketing Director & Supply Chain Director
Specialises in overseas turnkey delivery of R&D, pilot and production lines — not equipment sales alone, but line layout and process matching through export compliance to on-site commissioning.
- ▸Delivered turnkey lines inEurope, Canada, Brazil, India and Indonesia
- ▸Led a20 MWh pouch pilot linein Europe (2024) and adry-process supercapacitor pilot linein Canada (2023)
- ▸Participated in a4 GWh automated linecovering both pouch and prismatic formats (2025)
- ▸Covers power, energy storage, sodium-ion and supercapacitor technology routes; works in English throughout
Technical Director
Twenty-three years in lithium battery process engineering, from process engineer to technical director across five manufacturers. Designs cell products, process routes and complete production lines from laboratory through pilot to mass production.
- ▸Built the production line forA123's Formula 1 racing batteries— approximately two-thirds of the F1 grid has run on cells from that line since 2010
- ▸Cell process owner for NIO's360 Wh/kgbattery programme
- ▸Led4680 / 4690 / 4695large-cylindrical process development at SVOLT; A-samples delivered to BMW
- ▸Designed around an overseas coin-cell patent barrier at Microvast, with several patents filed on the resulting methods
Principal Engineer
Process development and quality management across cathode materials, pouch, prismatic, blade and semi-solid-state cells — an unusual span from material chemistry through to whole-line efficiency.
- ▸Raised cathode coating pass rate from70.56% to 97.5%with areal density held within ±1% — first prize, QCC improvement awards
- ▸Quality owner for a4 GWh overseasplant build; process and equipment lead on theDaimler 0.5 GWhengineering line
- ▸Process development lead on theVolkswagen 590mass-production programme
- ▸Cut LFP slurry mixing from 7 h to 4.5 h; first inventor on two granted patents
Principal Engineer
Assembly process and yield specialist. His work consistently takes defect rates from percentage points down to parts per million, across pouch, steel-can, prismatic and energy storage cells.
- ▸Electrolyte leakage6% → 60 ppm; electrode fracture10% → 80 ppm; tab defects20% → 500 ppm
- ▸PACK yield85% → 99%, PACK output500 → 15,000 units per shift
- ▸NCM-manganese short-circuit rate10% → 0.5%; annual cost savingabove 5 million CNY
- ▸Rebuilt a site process organisation from 10 to 40 engineers to meet automotive OEM audit standards
3D Animation Designer — Equipment Visualisation
Produces the 3D equipment animation behind TOB's technical communication — structural teardowns, assembly sequences, working-principle demonstrations and cutaway views.
- ▸Handles the complete pipeline in-house: modelling, materials, rigging, keyframe animation, dynamics, camera and final render
- ▸Solves a specific buyer problem — a customer evaluating equipment remotely can see how the machine works before any factory visit is possible
- ▸Reads CAD data and engineering drawings directly, translating structure and motion logic into visual sequences
Field Service Engineer — Overseas Commissioning & After-Sales
The engineer who travels to the customer's site. Commissions laboratory and pilot line equipment overseas — installation, electrical and pipework connection, whole-machine commissioning, process parameter validation, then training the customer's own technicians to run the line.
- ▸On-site delivery inCanada, Spain, Germany, South Korea, Brazil and Kazakhstan— adapting to each country's site regulations
- ▸Validated thedry powder electrode routeon a 60138 supercapacitor pilot line in Canada, through milling, film forming and lamination to finished cells
- ▸Goes beyond installation into process: diagnosed slurry preparation problems in Brazil, raised slot-die coating technique in South Korea, and improved mixing formulation on a polymer and cylindrical cell project
A Note on Verification
Patent numbers link to their official records on Google Patents. Published papers carry a DOI that resolves to the publisher. Professional certifications name the issuing body. Where a figure is quoted — a yield percentage, a defect rate, a line capacity — the employer and period are stated alongside it.
Former employers and customer programmes are named as they appear in each person's professional record. Prior work described here was performed at those companies and is presented as career history, not as a claim of current commercial relationship with TOB NEW ENERGY.
Frequently Asked Questions
Who are the battery equipment engineers behind TOB NEW ENERGY?
The engineering team is made up of eight named specialists: Founder & CEO Dany Huang, Co-Founder & Senior Engineer Tobey Chen, Marketing Director & Supply Chain Director Amy Wang, Technical Director Neil Zhao, Principal Engineers Science Wang and Pinery Gong, 3D Animation Designer Lin Jinglv, and Field Service Engineer Kevin Li. Together they cover the complete chain from cell materials to a running production line, through to on-site commissioning at the customer’s plant. Each profile on this page links to a full record of patents and projects.
How many patents does TOB NEW ENERGY hold?
As of September 2026 the team holds55 Chinese patentscovering battery manufacturing equipment, dry electrode processing, cathode materials and process environmental control — with more applications in progress. Patent numbers link to their official records on Google Patents.
Has TOB NEW ENERGY delivered turnkey battery lines outside China?
Yes. The team has delivered turnkey lines inEurope, Canada, Brazil, India and Indonesia, from R&D and pilot scale to multi-GWh production — including a 20 MWh pouch pilot line in Europe (2024), a dry-process supercapacitor pilot line in Canada (2023), and participation in a 4 GWh automated line covering both pouch and prismatic formats (2025).
Does TOB NEW ENERGY send engineers on site to install and commission the line?
Yes — this is Stage 07 of the team’s coverage. Field Service Engineer Kevin Li has been despatched to customer sites inCanada, Spain, Germany, South Korea, Brazil and Kazakhstansince 2019, along with further overseas commissioning assignments. On-site scope covers mechanical installation and assembly interfacing, electrical and pipework connection, whole-machine commissioning, process parameter validation, trial-run verification, acceptance handover, and training of the customer’s own technicians on operation and routine maintenance. The work extends into process where needed: diagnosing slurry preparation problems, improving mixing formulation, and teaching customers to calculate coating thickness from areal density and coat weight.
Which automotive programmes has the team worked on?
As career history at earlier employers, the engineers have worked on A123’s Formula 1 racing battery line, NIO’s 360 Wh/kg battery programme, SVOLT’s 4680 / 4690 / 4695 large-cylindrical development (with A-samples delivered to BMW), Daimler’s 0.5 GWh engineering line, and Volkswagen’s 590 mass-production programme. This prior work is presented as professional history and is not a claim of current commercial relationship with TOB NEW ENERGY.
Does TOB NEW ENERGY make dry electrode production equipment?
Yes. Dry-process electrode equipment is a core TOB patent area: the team holds a four-patent chain covering the complete dry electrode route from raw-material mixing to a full production line. Three consecutive stages — raw-material feeding (CN219193253U), film roll forming (CN218887233U) and lamination and stretching (CN218887274U) — are co-held by Dany Huang and Tobey Chen. See thefull patent listfor details.
What does a turnkey battery line from TOB NEW ENERGY cover?
A turnkey project covers the full chain rather than equipment supply alone: cell design and process route, machine specification and factory layout, FAT/SAT acceptance, export compliance and logistics, and on-site commissioning and handover. The same scope applies at R&D, pilot and production scale — from a 20 MWh pouch pilot line to a 4 GWh automated line.
Does the team handle cell design and process development, or only equipment supply?
Beides. Die Phasen 01 und 02 der Teamarbeit umfassen Zelldesign und Prozessentwicklung – Kathodensysteme, Zellchemie, Energiedichte und Sicherheitsdesign, gefolgt von Prozessabläufen, Parameterfenstern, DOE-Validierung und PFMEA. Neil Zhao entwirft Zellprodukte, Prozessabläufe und komplette Produktionslinien vom Labor über die Pilotphase bis zur Serienproduktion; Science Wang ist für die Prozessentwicklung und Qualitätssicherung von Kathodenmaterialien sowie Pouch-, Prismen-, Blade- und Semi-Solid-State-Zellen zuständig.
Kann das Team dazu beitragen, die Ausbeute einer bestehenden Produktionslinie zu steigern?
Die Steigerung der Ausbeute und der Produktionshochlauf bilden Phase 04 der Berichterstattung des Teams. Pinery Gong konnte in seiner beruflichen Laufbahn die Elektrolytleckage von 6 % auf 60 ppm und die PACK-Ausbeute von 85 % auf 99 % senken, während Science Wang die Erfolgsquote der Kathodenbeschichtung von 70,56 % auf 97,5 % erhöhte und die Flächendichte innerhalb von ±1 % hielt. Diese Ergebnisse wurden bei den auf den jeweiligen Profilseiten genannten Arbeitgebern erzielt und werden als Teil der beruflichen Laufbahn präsentiert, nicht als Leistungsgarantie für ein neues Projekt.
Wenn Sie eine Laborlinie, eine Pilotlinie oder eine Produktionslinie planen, beginnt das Gespräch über die Spezifikationen in der Regel mit Ihrem Zellendesign und dem angestrebten Output – nicht mit einer Maschinenliste.
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