Recently, LX-PV30 portable IV tester, the core product of Suzhou LAILX New Energy Technology Co., Ltd., has been officially launched onto the market. This device, with its core advantages of precision, efficiency, portability, and ease of use, addresses many pain points in the field of outdoor photovoltaic module testing. It provides a new solution for photovoltaic power plant acceptance, operation and maintenance, as well as scientific research and testing, further demonstrating LAILX's technical strength and innovation capabilities in the field of photovoltaic testing equipment.

As a high-tech enterprise specializing in the research, development, production, and sales of testing equipment, LAILX is headquartered in Suzhou Industrial Park. Over the years, it has been deeply involved in the research and development of testing equipment in various fields such as photovoltaics, wind power, and environmental protection. It always prioritizes product quality and customer service. Its photovoltaic testing series products occupy a leading position in the market due to their reliable performance and have been widely recognized in the industry. The newly launched LX-PV30 portable IV tester is a core equipment tailored for outdoor photovoltaic testing scenarios based on the company's years of industry experience and technological accumulation. It embodies six invention patents and ten utility model patents, covering comprehensive intellectual property protection in testing circuits, software algorithms, structural processes, and metrology methods, demonstrating its hardcore technological strength.

The LX-PV30 portable IV tester, positioned around "precision, portability, and efficiency," is specifically designed for outdoor component IV power testing in photovoltaic power stations, perfectly adapting to complex outdoor testing scenarios. The device boasts comprehensive functions for single-component power generation efficiency and conversion rate testing, as well as standard power generation testing under STC conditions. Equipped with a high-precision environmental monitoring module, it can simultaneously collect parameters such as ambient temperature, panel temperature, and solar irradiance. Additionally, it offers user-selectable irradiance measurement certificates, ensuring the authority and accuracy of testing data. Its unique compensation design truly supports outdoor verification of photovoltaic cells, adapting to outdoor performance testing of experimental-stage photovoltaic cells that have not yet been applied in engineering, balancing practicality and scientific research value.

In terms of portability and operational experience, this device has achieved comprehensive optimization. The main unit adopts a lightweight design, allowing for one-hand flat holding operation while the other hand can complete click operations. Coupled with a high-contrast display interface, it enables clear reading of detection data even in sunlight, making the operation convenient and easy to understand. The probe and the main unit are connected via a 100-meter wireless communication link, freeing them from the constraints of cables and greatly enhancing the flexibility of outdoor detection. At the same time, it can be paired with a barcode scanner to achieve automatic recording of component barcodes, accurately determining the identity ID of the tested component and facilitating standardized management of detection data. The device is equipped with a large-capacity lithium battery that can operate continuously for 8 hours on a single charge. It is suitable for a wide temperature range of -10°C to 50°C, and has excellent waterproof and dustproof performance, enabling it to handle complex scenarios such as exposure to sunlight, rain, and high-altitude operations with ease, completely eliminating power and site constraints.

In addition, the LX-PV30 portable IV tester boasts powerful expansion capabilities, catering to diverse testing needs. The device supports a high-resolution testing mode with up to 400 points, and an Ethernet monitoring function compliant with Modbus/TCP protocol, meeting the precise testing requirements of scientific research scenarios. Furthermore, it features a unique module power generation testing function, adapting to module qualification testing specified by the EU IEC61853 standard and also suitable for local solar resource monitoring. Test data can be stored locally or exported via an interface, supporting the generation of charts and parameter reports. This provides reliable data support for power station acceptance, operation and maintenance improvements, as well as technical renovation and refurbishment, ensuring data traceability throughout the entire testing process.

The relevant person in charge of LAILX stated that the high-quality development of the photovoltaic industry cannot be achieved without precise and efficient testing technology support. The launch of the LX-PV30 portable IV tester is the result of the company's commitment to the "customer-centric" concept, focusing on industry pain points, and continuous technological innovation. In the future, LAILX will continue to adhere to its commitment of "high technology, high quality, and high service", deeply cultivate the main channel of testing equipment, continuously update and upgrade product configurations, promote the iterative upgrading of photovoltaic testing technology, provide customers in the global photovoltaic industry with better products and one-stop solutions, and assist in the green and low-carbon development of the photovoltaic industry.

It is reported that since its establishment in 2015, LAILX has accumulated rich technical experience and market resources in the field of photovoltaic testing. Its products have served more than 5,000 customer cases, with an application testing scale exceeding 100GW. It has successively launched multiple core products that have broken industry monopolies. The launch of the LX-PV30 portable IV tester will further enrich the company's photovoltaic testing product matrix, enhance market competitiveness, and inject new momentum into the high-quality development of the photovoltaic industry.