Recently, two innovative achievements independently developed by JINPOWER—“Key Technology for Precise Detection of Safety Harness Fall Load” and “Intelligent Use and Full-Process Management Technology for Voltage Detectors”—successfully passed the rigorous evaluation of the Hebei Provincial Department of Science and Technology and were awarded the Hebei Provincial Scientific and Technological Achievement Certificates, highlighting the company’s strong technical capabilities.

The Hebei Provincial Scientific and Technological Achievement Certificate is an important benchmark for measuring an enterprise’s level of technological innovation. The simultaneous recognition of these two achievements marks that JINPOWER’s technological maturity and reliability in the fields of electrical safety testing and intelligent management have reached an advanced level within the industry, providing strong qualification endorsement for large-scale deployment and application of its products in diverse scenarios.

Safety Harness Testing Technology Achieves Precision Breakthrough Across the Entire Process

In critical sectors such as power, construction, and aerial operations, safety harnesses represent the last line of defense protecting workers’ lives. Their performance directly impacts personnel safety, operational stability, and the advancement of industry safety standards. As safety requirements continue to rise and operational environments become increasingly complex, higher demands have been placed on the accuracy, comprehensiveness, and adaptability of fall-load detection technologies.

Traditional testing methods suffer from pain points such as insufficient accuracy and limited applicability. Relying on manual operation and single-sensor measurements, they can only provide qualitative judgments, fail to capture dynamic force changes throughout the entire process, lack unified evaluation standards, and make issue traceability difficult—creating a bottleneck to improving industry safety levels.

JINPOWER’s “Key Technology for Precise Detection of Safety Harness Fall Load” adopts a core approach of “experimental validation + algorithm optimization,” effectively overcoming long-standing industry challenges of inadequate precision, scenario limitations, and isolated data. Through high-sensitivity sensor deployment and a dedicated force-analysis model, the technology accurately captures dynamic force changes across all phases of a harness fall—“initiation–acceleration–buffering–stabilization”—transforming results from traditional qualitative assessment into quantitative data.

At the same time, it innovatively integrates a defect reverse-tracing function, enabling precise identification of issues such as insufficient webbing strength or abnormal absorber damping through force-curve analysis, thereby providing clear data support for product quality improvement. The technology reduces the testing cycle of a single sample to less than five minutes—over five times more efficient than traditional methods—and supports safety harness testing across multiple industries and scenarios without requiring large-scale modification of existing equipment. Lightweight integration enables fully automated testing, significantly reducing enterprise application costs and trial-and-error risks.

Intelligent Voltage Detector Management Establishes a Full Lifecycle Control System

Voltage detectors are essential safety tools used in power systems to verify whether electrical equipment is energized. Their operational compliance and condition reliability directly determine the safety level of scenarios such as outage work and equipment maintenance.

With the acceleration of ultra-high-voltage grid construction and the widespread integration of distributed energy, operating environments have become more complex and work frequency continues to increase. This has created unprecedented demands for ease of use, traceability, and refined management of voltage detectors.

JINPOWER’s “Intelligent Use and Full-Process Management Technology for Voltage Detectors” innovatively establishes a three-tier management architecture of “hardware terminal + mobile APP + cloud platform,” enabling intelligent, refined lifecycle management—from procurement, issuance, and usage to calibration and retirement.

The technology adopts dual-sensor fusion detection and interference-elimination algorithms, achieving industry-leading accuracy in adaptive voltage-level identification. The device operates reliably within a wide temperature range of –20°C to 60°C and humidity levels of 10% to 95%, while its electromagnetic interference resistance reaches the highest level in the industry.

In terms of management processes, each device is assigned a unique identity via RFID or QR code, enabling automated control throughout the workflow, including identity binding, status verification, operation guidance, and expiration alerts. A single platform can manage more than 100,000 devices simultaneously, greatly shortening issuance and return times, significantly reducing manual intervention costs, and effectively resolving traditional problems such as large detection errors, disorganized management processes, and difficult traceability. The system is adaptable to multiple operational scenarios, including transmission lines, substations, and distribution networks.

As a leading enterprise in the electrical safety tools industry, JINPOWER has been deeply engaged in the sector for seventeen years, consistently positioning technological innovation as the core engine of its development. Guided by solving industry pain points, the company has achieved repeated R&D breakthroughs, holds 75 national patents, and has been recognized as a High-Tech Enterprise and a National-Level Specialized and Innovative “Little Giant” Enterprise. Its business spans more than 100 countries and regions worldwide, serving over 40,000 customers.

Both technological achievements were evaluated by the expert panel as reaching the “domestically leading level.” This recognition not only authoritatively affirms the company’s technological advancement and practical product value, but also highly acknowledges its commitment to electrical safety and independent innovation, marking another important milestone in JINPOWER’s scientific and technological development.

Looking ahead, JINPOWER will continue to deepen technological innovation and accelerate the transformation of research achievements, expand the application boundaries of intelligent electrical safety technologies, and provide global customers with safer, more efficient, and smarter solutions—contributing to the high-quality development of the power industry through “Intelligent Manufacturing in China.”