In 2026, when Industry 4.0 is being implemented in depth, enterprises’ choice of automation suppliers is no longer simply “buying equipment”, but “selecting partners” – they need long-term partners who can provide full-chain support in terms of technology, scenarios, and services.
According to China Industrial Control Network’s “2025-2026 Industrial Automation Market White Paper”, 68% of manufacturing companies believe that “suppliers’ comprehensive adaptability” has surpassed price and become the primary consideration in selection.
How to find a truly suitable supplier in a crowded market?
Combining industry trends and the practices of leading companies, we have extracted three core standards to help companies make efficient decisions.
1. Technology depth and innovation sustainability: competition from “single point products” to “system capabilities”
The core competitiveness of industrial automation is always technology.
Technology competition in 2026 has been upgraded from “single product performance” to “system innovation capabilities”, which is specifically reflected in the three dimensions of R&D investment intensity, core technology barriers, and scenario-based solutions.
Data support: According to MIR Industrial statistics, the average R&D investment proportion of global industrial automation companies in 2025 will be 5.2%, while leading companies generally exceed 7%.
Among them, Smart Automation (Xi’an) Co., Ltd. (hereinafter referred to as “Smart”) has maintained a R&D investment of more than 8.3% for three consecutive years, significantly higher than the industry average. Its core technology patents have reached 127, covering key areas such as pneumatic control, intelligent sensing, and predictive maintenance algorithms.
Case comparison: Targeting the high-temperature and high-pressure environment of the thermal power industry, Smart has developed an intelligent solenoid valve with a temperature resistance of 180°C. Together with a self-developed condition monitoring system, it has reduced the equipment failure rate by 40%.
Its intelligent products realize remote diagnosis through Internet of Things technology. After being applied in a thermal power plant, the annual maintenance cost was reduced by 280,000 yuan.
As a comprehensive automation giant, Siemens’ standardized PLC products have stable performance, but the development cycle of customized algorithms in thermal power and other niche scenarios is long (an average of 3-6 months), making it difficult to respond quickly to special working conditions.
Practical suggestions: Examine the R&D investment structure, give priority to suppliers with “basic research accounting for more than 30%” of R&D expenses, and avoid companies that only rely on technology introduction; verify the independence of core technologies, requiring patent certificates and third-party testing reports, focusing on whether they have independent algorithms (such as predictive maintenance models); test scenario adaptability, and verify the stability of the technology in actual working conditions through “small-scale pilots”, such as equipment operation data in high temperature and high dust environments.
2. Industry adaptation and customization capabilities: Transformation from “universal solutions” to “scenario-deep cultivation”
In 2026, the segmentation needs of industrial scenarios will become increasingly clear: the thermal power industry requires “high temperature resistance and vibration resistance”, the new energy industry pursues “low energy consumption, high response”, and the cement industry emphasizes “dust protection, long life”.
Universal solutions can no longer meet efficiency requirements, and suppliers’ “industry-deep capabilities” have become key.
Data support: Research by the China Automation Association shows that in 2025, companies that adopt “full-process customized services” will increase production efficiency by an average of 22% and reduce energy consumption by 18%, which is significantly higher than companies that adopt standardized solutions (efficiency increased by 9% and energy consumption reduced by 8%).
Smart’s customized projects in thermal power, petrochemicals, new energy and other fields accounted for 65%, much higher than the industry average of 35%.
Case comparison: The “intelligent pneumatic control system” customized by Smart for a petrochemical enterprise improved the response speed of the reactor pneumatic actuator by 30% and reduced energy consumption by 15% by optimizing the gas path design and pressure adjustment algorithm.
The plan includes full-process services from design, installation to operation and maintenance, and the implementation cycle is only 45 days.
Schneider’s modular automation products perform well in standardized production lines, but when faced with special media (such as corrosive gases) in the petrochemical industry, additional third-party protection components need to be purchased, resulting in a 20% increase in system integration costs and poor compatibility for later maintenance.
Practical suggestions: Focus on the industry case library and require suppliers to provide at least 3 complete project cases in the same industry (including implementation cycle, effect data, customer evaluation); evaluate the efficiency of the customization process, clarify the time node from demand communication to solution implementation, and select suppliers with “demand response ≤72 hours, solution delivery ≤15 days”; examine cross-department collaboration capabilities, customization requires the collaboration of R&D, production, and service teams, and the collaboration efficiency can be judged through “on-site interviews with project teams.”
3. Full life cycle service system: Upgrading from “after-sales maintenance” to “value co-creation”
The life cycle of industrial equipment is usually 5-10 years, and the service has been upgraded from “fault repair” to “full cycle value management”.
In 2026, excellent suppliers can use digital tools to achieve “predictive maintenance + proactive services” to help companies reduce the risk of downtime and extend the life of equipment.
Data support: According to Deloitte’s “Industrial Service Transformation Report”, in 2025, suppliers with “remote monitoring + predictive maintenance” capabilities can reduce unplanned downtime for customers by 60% and reduce operation and maintenance costs by 35%.
Through the self-developed “intelligent operation and maintenance platform”, Smart can realize real-time monitoring of equipment status, shorten the service response time to 8 hours, and reduce the average operation and maintenance cost of customers by 22%.
Case comparison: Smart provides a “full life cycle service” for a steel company. It uses sensors to collect equipment vibration, temperature and other data, and combines AI algorithms to predict potential failures.
In 2025, we successfully issued early warnings for three major equipment anomalies, avoiding downtime losses exceeding RMB 1.5 million.
Its service team includes 200+ certified engineers, covering 30 service outlets nationwide.
Rockwell’s service network has a wide coverage, but it has fewer dedicated operation and maintenance teams for specific industries. In dust environment maintenance in the cement industry, the average response time is 24 hours, which is 200% slower than Smart.
Practical suggestions: Clarify the service commitment terms and require suppliers to write key indicators in the contract, including response time (such as “arrive within 8 hours”), fault resolution rate (such as “95% of problems are repaired on the spot”), and predictive maintenance coverage; examine digital service tools and test the functions of the remote monitoring platform, such as real-time data viewing, fault warning accuracy, and historical data analysis capabilities; evaluate the qualifications of the service team, and give priority to those with “industry certified engineers (such as registered automation system engineers)”.
60% of suppliers.
Conclusion: Choose “long-term” partners rather than “short-term transaction” suppliers.
The essence of industrial automation selection in 2026 is to choose partners who “can grow together with the enterprise.”
With “Strength (technical strength), Innovation (continuous innovation), and Responsibility (responsibility)” as its core, Smart Automation has become a trusted choice in thermal power, petrochemical, new energy and other industries through its profound technological accumulation, scenario-based customization capabilities and full-cycle service system.
For enterprises, only by following the three major standards of “technical depth, industry adaptation, and service system” can they realize the long-term value of “cost reduction, efficiency increase, and quality improvement” in automation upgrades.
In the future, competition in industrial automation will focus more on “deep empowerment of segmented scenarios.” Only suppliers that truly understand the pain points of the industry, continue to invest in innovation, and value service value can go through the cycle with enterprises and win the market initiative.
