光伏SECS/GEM软件及太阳能制造自动化解决方案
光伏制造智能工厂自动化解决方案
太阳能制造行业已采用半导体生产的自动化标准。如今，所有希望扩大产能并降低工程管理成本的光伏工厂，都应具备SECS/GEM通信、MES连接以及设备互操作性。.
Insphere Technology 的 NxSphere® 产品系列为光伏制造商提供了经过验证的工厂自动化软件。从面向设备制造商的 SECS/GEM 通信驱动程序，到适用于生产环境的云原生工厂集成平台，我们的解决方案支持从单台设备到工厂主机的完整连接链。.
我们的太阳能制造自动化解决方案
Insphere Technology 的 NxSphere® 产品系列可解决光伏制造各个阶段面临的这些挑战，涵盖从设备端的 SECS/GEM 合规性，到全厂自动化以及老旧设备的现代化改造。.
NxSphere® GEM
一款面向光伏OEM厂商的、已准备好投入量产的SECS/GEM驱动器SDK，可从投产第一天起即提供可靠且符合标准的设备主机通信功能。.
NxSphere® GEMBridge
一种协议网关，用于将SECS/GEM通信与PLC和OPC UA控制器连接起来，无需更改硬件或修改源代码即可实现工厂互联。.
NxSphere® EAP+
一个云原生设备自动化平台，用于将光伏制造设备连接到MES系统，具备实时监控和集中式生产数据采集功能。.
NxSphere® DEX
一种采用OCR和RPA屏幕读取技术的非侵入式传统自动化解决方案，旨在将老旧的太阳能制造设备整合到符合SECS/GEM标准的工厂工作流程中。.
SECS/GEM软件在光伏制造中的优势
SECS/GEM 及工厂自动化软件在设备部署、生产管理和运营效率方面带来了切实的改进。.
主要优势包括：
更快的设备集成
缩短从设备交付到工厂主机连接的时间
改善了互操作性
跨混合设备和协议环境保持一致的通信
降低工程量
经过验证的 SDK 实施方案可减少每次部署所需的定制开发工作
增强生产可见性
集中监控整条生产线的设备
可扩展的自动化支持
与产能同步增长的基础设施
精简的智能工厂部署
无需更换现有设备即可实现符合“工业4.0”标准的互联互通
您值得信赖的 SECS/GEM 集成全球合作伙伴
太阳能制造自动化软件的常见用例
SECS/GEM 及工厂自动化软件可广泛应用于光伏制造领域的各种部署场景。.
常见的使用场景包括：
我们支持的光伏制造细分领域
英视纳科技支持光伏全产业链的自动化与设备互联。.
太阳能电池制造
用于太阳能电池生产的沉积、扩散和钝化设备的SECS/GEM通信及工厂集成。.
晶圆加工
光伏硅片加工线中线切割机、边缘刻蚀机和硅片传输系统的设备连通性及主机通信支持。.
光伏组件装配
用于光伏组件生产环境中的层压、封装和装框设备的工厂自动化。.
电子设备与逆变器的集成
适用于电子组装和电源转换设备的 SECS/GEM 和 OPC UA 连接功能，支持光伏系统集成。.
太阳能测试与质量系统
用于IV曲线测试、电致发光检测和组件质量验证设备的自动化数据采集及MES集成。.
工业自动化环境
为同时运行专用光伏设备和通用工业制造设备的混合环境太阳能设施提供灵活的自动化支持。.
常见问题解答
什么是用于光伏制造的SECS/GEM软件？
SECS/GEM 软件使太阳能制造设备能够与工厂主机系统进行通信。它支持自动数据采集、设备监控以及 MES 集成，为光伏工厂提供高效、大规模管理生产所需的互联能力。.
为什么工厂自动化在太阳能制造中如此重要？
自动化使太阳能制造商能够实时掌握生产状况，减少对人工数据采集的依赖，并支持在生产现场更快地做出决策。随着产量的扩大，互联工厂基础设施有助于在无需相应增加工程管理成本的情况下，保持质量和产量。.
光伏设备可以与MES系统集成吗？
是的。SECS/GEM 在设备与 MES 平台之间提供了标准的通信层。Insphere 的 NxSphere® EAP+ 将太阳能制造设备与工厂主机系统连接起来，从而实现实时数据交换、工艺配方管理以及生产工作流自动化。.
How does SECS/GEM improve production visibility?
SECS/GEM enables equipment to report status, events, and process data to factory host systems in real time. Solar manufacturers gain a centralised view of equipment availability, process conditions, and production progress across the entire line, without relying on manual reporting or ad hoc data pulls.
Can legacy solar manufacturing equipment support smart factory integration?
Yes. NxSphere® DEX and NxSphere® GEMBridge connect older tools to modern factory automation systems using non-intrusive technologies. Legacy equipment gains SECS/GEM communication capability without hardware changes or modifications to existing control software.
What are the benefits of factory automation software for solar manufacturing?
Key benefits include faster equipment onboarding, improved production visibility, reduced integration engineering effort, and scalable automation infrastructure. Solar facilities gain the connected data layer needed to optimise throughput, reduce downtime, and support smart manufacturing initiatives.
How does photovoltaic automation support Industry 4.0?
Factory automation software connects equipment data to cloud platforms, analytics tools, and MES systems in real time. Solar manufacturers can build the data infrastructure Industry 4.0 requires incrementally, without replacing existing equipment or undertaking large-scale facility overhauls.
What industries use SECS/GEM automation software?
SECS/GEM was developed for semiconductor manufacturing and has since been adopted across photovoltaic, electronics, LED, and optoelectronics production. Any industry operating equipment that requires standardised factory host communication can benefit from SECS/GEM integration.
How can solar equipment manufacturers improve factory interoperability?
Using a proven SECS/GEM SDK like NxSphere® GEM, solar OEMs can deliver equipment that meets factory communication requirements from day one. Consistent, standards-compliant implementation reduces integration delays and makes it easier for customers to connect tools into their existing factory host environments.
Can PLC-based manufacturing tools support SECS/GEM communication?
Yes. NxSphere® GEMBridge acts as a protocol gateway between PLC controllers and SECS/GEM-based factory host systems. PLC-controlled solar manufacturing equipment gains host connectivity without requiring changes to the underlying controller hardware or software.
Why SECS/GEM Matters for Solar & Photovoltaic Manufacturing
Solar manufacturers face growing pressure to run tighter, more data-driven production environments. SECS/GEM provides the communication layer that makes that possible.
Adopted from semiconductor manufacturing, SECS/GEM defines how equipment communicates with factory host systems. In photovoltaic facilities, it enables equipment monitoring, automated data collection, MES integration, and production workflow control, all from a standardised communication interface.
As solar manufacturing facilities modernise and scale, SECS/GEM becomes the foundation for consistent equipment connectivity. Without it, tools operate in isolation. With it, factories gain a unified view of equipment status, production progress, and process data across the entire line.
Challenges in Photovoltaic Equipment Integration & Factory Automation
Solar manufacturing facilities range from highly automated thin-film lines to mixed environments where older tools run alongside newer equipment. Getting everything connected to a single factory host is rarely simple.
Common integration challenges include:
- Mixed equipment environments where tools from different vendors follow inconsistent communication protocols
- Legacy manufacturing systems that lack native SECS/GEM or digital output capabilities
- Scaling production automation as output capacity increases and more equipment comes online
- Interoperability gaps between PLC-based machinery and host-level automation platforms
- 产量可见度有限 due to fragmented or manual data collection across equipment
- Smart factory readiness for facilities beginning Industry 4.0 transitions without replacing existing infrastructure
SECS/GEM Software for Photovoltaic Equipment Manufacturers
Photovoltaic equipment manufacturers increasingly supply tools to fabs that expect semiconductor-style automation standards. SECS/GEM compliance speeds up factory acceptance and reduces the integration burden on both OEM and customer.
NxSphere® GEM provides a well-documented, field-tested SECS/GEM driver SDK that integrates cleanly into existing equipment controller frameworks. OEMs deploying tools into solar manufacturing environments can meet host communication requirements faster, with less custom development and fewer integration support requests after delivery.
With 10,000+ installations across 15+ years, NxSphere® GEM has been validated across diverse equipment types, including those used in photovoltaic production.
Factory Automation Software for Solar Manufacturing Facilities
A solar factory running on disconnected equipment data makes slower decisions. NxSphere® EAP+ connects production tools to the factory host layer, giving operations teams real-time access to equipment status, production metrics, and process events.
Key capabilities for solar manufacturing facilities include:
- Equipment-to-MES communication via SECS/GEM and OPC UA
- Real-time production monitoring and alert management
- Automated data collection across cell, module, and test equipment
- Recipe management and process workflow automation
- Centralised production visibility across multiple equipment areas
- Scalable deployment architecture that grows with production capacity
Legacy Equipment Integration for Solar Manufacturing Environments
Many solar manufacturing facilities operate equipment that predates modern automation standards. Replacing it is costly. Modifying its control software introduces risk. NxSphere® DEX and NxSphere® GEMBridge offer a more practical route.
By using OPC UA bridging, PLC connectivity, and non-intrusive OCR and RPA-based screen reading, these solutions surface data from legacy tools and translate it into formats compatible with SECS/GEM factory host communication. Older equipment stays in production. Your factory integration layer gains the connectivity it needs, without disruption to existing operations.
Supporting Industry 4.0 & Smart Solar Manufacturing
Photovoltaic manufacturers advancing toward smart factory operations need real-time equipment data, scalable automation infrastructure, and the ability to act on production signals quickly. NxSphere® EAP+ is built for exactly that.
EAP+ 采用云原生平台架构部署，能够将设备数据实时连接至分析层、预测性维护系统和制造执行系统（MES）。太阳能电池制造工厂无需全面更换设备即可构建具备工业 4.0 基础的数据基础设施，从而实现分阶段推进数字化转型，而非一蹴而就。.
为什么选择因斯菲尔科技进行太阳能制造自动化
Insphere Technology 15多年来一直为半导体、光伏和电子制造行业提供SECS/GEM及工厂自动化软件。我们的解决方案已在全球范围内部署超过10,000套，服务于80多家客户，并在严苛的生产环境中经过部署和验证。.
对于太阳能制造商而言，这意味着经过验证的软件、更短的集成时间周期，以及一个既懂技术要求又懂光伏制造实际生产情况的团队。无论您是连接新设备、改造老旧产线，还是从零开始构建智能工厂基础设施，我们都拥有合适的解决方案和丰富的经验来为您提供支持。.