The efficacy of solar panels or modules is tested and measured using solar PV (photovoltaic) testing tools. It is a crucial instrument for ensuring the efficiency and dependability of solar energy systems and aids in maximizing their production. Instruments for monitoring parameters like current, voltage, power, resistance, and temperature are frequently found in solar PV testing tools.
GLOBAL SOLAR PV TESTING EQUIPMENT MARKET SIZE AND FORECAST
The Solar PV Testing Equipment accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
RECENT PRODUCT DEVELOPMENT AND INNOVATION
A line of Solar PV Testing Equipment products has just been released by Chroma ATE Inc., a top supplier of testing and measurement solutions. The growing need for accurate and dependable testing of solar panels and associated components is being met by these products.
The 62000H-S Series Solar Array Simulators are one of the most recent items introduced by Chroma ATE. Maximum power point tracking (MPPT) systems and photovoltaic (PV) inverters can both be precisely tested using these models, which have an output power capacity of up to 1500V/15A and a high-speed dynamic reaction.
The 58173-P Solar Cell I-V Tester is another item that Chroma ATE has released. With a support range of up to 1000V and 15A of input power, this tester is capable of detecting the I-V characteristics of solar cells with high precision and stability.
The 53000-PV Series DC Electronic Loads from Chroma ATE are also now available; they are intended for evaluating solar inverters and charge regulators. These loads can deliver raw power up to 1500V and 1500A and can produce steady and dependable test results.
Leading producer of testing and measurement tools for different sectors is Tektronix Inc. The business has introduced a number of solar photovoltaic (PV) testing equipment-related products in recent years. The Tektronix PA3000 Photovoltaic Array Analyzer is one of these products; it is intended for testing and evaluation of solar PV systems.
The tool can be used for both lab and outdoor testing uses, and it has the ability to measure current, voltage, power, and other PV array parameters in real-time. A touchscreen interface is another element of the PA3000 that makes data processing and handling simple.
The Tektronix AFG31000 Arbitrary Function Generator is another item that the company has introduced in the realm of solar PV testing equipment. For checking and assessing solar inverters and other solar PV system components, this gadget is used to generate complicated waveforms and signals.
An extremely precise and detailed signal can be produced using the AFG31000 thanks to its high sampling rate and deep waveform memory.
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