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New energy and lithium battery photovoltaics

Industry Robot Application Solutions · 12 Covered Brands · 5 types of typical processes

new energy application scenario
New energy, lithium batteries and PV: high-speed stacking and inline inspection
OVERVIEW · Industry Overview

Robotic applications in the new energy and lithium battery photovoltaic industries

Application scenario demonstration
Application scenario demonstration

Lithium batteries (cell assembly, module packaging) and photovoltaics (wafer handling, string soldering and unloading) have seen the fastest growth in robot demand in recent years. The process features high-speed pick-and-place, precision assembly, and cleanliness requirements. Collaborative robots like JAKA and AUBO are increasingly used in cell inspection stations. Henghuan keeps pace with the industry's equipment update pace, providing repair and second-hand circulation services.

Covering branded equipment

Robot brands within Henghuan's service scope that have practical applications in the new energy and lithium battery photovoltaic industries. Click to enter the brand page to view series and model specifications.

Henghuan can provide services for the new energy and lithium battery photovoltaic industries

All six core businesses can be procured independently or in combination.

Applied technology services

Process validation, workcell design, programming and teach-in, plus hands-on support through ramp-up — we deliver robot applications until they run in normal production.

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Sales of new industrial robots

Mainstream brand-new robot agency sales and model selection support to meet the needs of new production lines and expanded first-hand equipment.

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Research and development of automation equipment

Research, development, integration, and delivery of fixture ends, conveyor positioning, safety peripherals, and complete control systems.

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Research and development of algorithms and control systems

Motion planning, machine vision, and PLC/SCADA system development to address bottlenecks in beats, accuracy, and data interconnection.

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Robot rental

In-stock models include short-term rental, long-term rental, and lease-to-purchase transfer, including transportation, installation, commissioning, and lease-term maintenance.

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Software and hardware upgrade services

Control system replacement, software firmware upgrades, mechanical refurbishment, and safety upgrades restore performance to old equipment.

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Maintenance and repair

On-site inspection, fault diagnosis repair, and annual maintenance contracts cover 1,310 models from 21 brands.

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Second-hand and inventory robot sales

We buy back used robots and handle inspection, refurbishment and resale; every unit ships with inspection records and a warranty, and trade-ins can offset new purchases.

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Industry Status: Automation demand driven by the expansion wave of lithium battery photovoltaic capacity

The new energy industry has seen the fastest growth in robot sales over the past five years: production lines for lithium batteries (cells-modules-PACK-cell trays) and photovoltaics (silicon wafers-cells-modules) have nearly 100% automation, and almost all new capacity is built on automated lines. At this stage, the trend has shifted from "land expansion" to "quality and efficiency improvement": differentiated capacity utilization is forcing cost reduction, upgrading and upgrading of old production lines is increasing, and overseas factory construction is driving equipment exports and service exports abroad.

new energy application scenario
KUKA industrial robot application photo

The characteristics of lithium battery manufacturing processes determine the form of equipment:Electrode sheet processing(Coating/roll pressing/slitting) Specialized machines are the main focus, while robots are concentrated inBattery cell assembly(winding/stacking loading and unloading, shell insertion, sealing welding) and Module PACK(cell sorting, stacking, laser welding, bolt tightening, EOL testing); The applications of photovoltaic robots are concentrated inCell string soldering loading and unloading, component layout, frame gluing, and laminating loading and unloading。 Laser welding of copper and aluminum distinct materials, welding of cell explosion-proof valves, and flexible handling of large silicon wafers (prone to fragmentation) are each a process challenge.

Typical workstations and technical requirements in the new energy industry
LinkRobot applicationsKey technical barriers
Battery cell assemblyWinding/stacking material and unloading, shell insertion, and liquid injectionClean drying room (dew point below -40°C) equipment adaptation and aluminum shell non-destructive handling
Module stackingCell sorting, picking, stacking, and applying thermal conductive adhesiveBattery cell surface intact (protected by insulating film), adhesive consistency CV≤5%
PACK weldingBusbar laser welding and bolt tighteningCopper-aluminum laser welding process window and full traceability of tightening data
Battery trayAluminum alloy MIG/CMT welding and friction stir weldingHelium inspection and deformation control of weld airtightness
Photovoltaic string weldingCell loading, loading, and layoutUltra-thin silicon wafer (≤150μm) flexible handling, fragmentation rate: <0.1%
Component packagingFrame gluing, laminating loading and unloading, EL inspection and online operationOnline inspection of large-size glass handling and continuous inspection of sealing strips
Warehousing and logisticsPole coil/module handling, AGV dockingHeavy-duty handling (pole coil tonnage) and logistics system scheduling

Eight major business areas in the new energy sector

new energy application scenario
YASKAWA industrial robot application photo

Suitable drying room for maintenance and repairIt's a hard threshold: the liquid injection and sealing processes on the lithium battery production line operate in drying rooms below dew point -40°C, with strict procedures for personnel entry and exit and equipment maintenance (buffer room, time control)—our engineers work according to customer drying room procedures, with maintenance windows coordinated with production schedules to avoid delays in production capacity.

Software and hardware upgradesConnecting with the wave of technological upgrades: Early lithium battery production lines (built between 2018 and 2021) faced the need for tap tap potential and precision recovery; the combination of motor optimization + mechanical refurbishment usually saved over 60% of the investment compared to replacement lines; Production lines with discontinued control systems are replaced with the same brand, with complete migration of programs and process parameters.

Robot rentalService capacity fluctuations: temporary capacity during order ramp-up periods, capacity continuation during technological transformation transitions, and testing equipment during new process validation periods. The leasing model makes cash flow in heavy-asset industries more flexible; New energy customers are sensitive to equipment delivery speed; our inventory-based models can be delivered within a week.

Industry Q&A

What special requirements do maintenance robots have in the drying room?

Three things: personnel change clothes according to drying room procedures (buffer process), pre-dry tools and spare parts (to avoid moisture bringing in and affect dew point), and dew point recovery time after maintenance must be included in the schedule. Our drying room maintenance SOP covers these details, scheduling with the customer's equipment department before operation to minimize the impact of dew point recovery on production.

new energy application scenario
STAUBLI industrial robot application photo
What is the difference between robotic maintenance at laser welding stations?

The core of the laser workstation is the coordination between the robot's trajectory accuracy and the laser head: trajectory drift directly affects weld position and penetration depth. PM projects include TCP calibration (using laser trackers or calibration balls), protective lens contamination inspection, and wire feeding mechanism (wire feeding welding) maintenance. We work in collaboration with laser equipment suppliers, and the responsibility interface between the robot and laser sides is clearly defined in the maintenance contract.

How to control the fragmentation rate during photovoltaic wafer transport?

Dual approach to end and process: flexible suction cup (low-hardness silicone/foam) + graded vacuum control (large suction cup with wide low vacuum distribution, avoiding stress concentration), handling acceleration limitation (S-curve design, suppressing sheet vibration), visual correction of incoming material position (avoiding hard alignment and extrusion). The fragmentation rate indicator (<0.1%) is written into the acceptance criteria and verified using continuous production data.

Do new energy and lithium battery photovoltaic industry equipment require technical support?

Tell us your brand model, processes, and equipment status. Henghuan offers robot maintenance, servicing, second-hand purchase, sales, and selection advice for the new energy and lithium battery photovoltaic industries. Rooted in Yilong, deeply cultivating Sichuan and Chongqing, serving the vast Southwest.

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Service coverage (by response priority):based inNanchong, with same-day service available in Shunqing, Gaoping and Jialing districts plus Langzhong, Yilong, Xichong, Nanbu, Yingshan and Peng'an;Sichuan Province-wide coverage of prefecture-level cities including Chengdu, Mianyang, Deyang, Yibin, Luzhou, Zigong and Nanchong;Chongqing On-site within 48 hours in the main urban districts and surrounding counties;Kunming / Guiyang and prefecture-level cities in Yunnan and Guizhou such as Qujing, Yuxi and Zunyi on a scheduled basis; customers outside the region are supported with remote diagnosis and mail-in component repair.View full service coverage →