PV-Engineering is a medium-sized family business. For 25 years, we have been developing and manufacturing high-quality IV curve tracers for testing photovoltaic systems.
Our advantages:
Many years of experience with photovoltaic technology
Rapid availability of the measuring devices
Individual adaptations to specific customer requirements
Research and development
Long experience in software development.
Based on our patented calculation methods, we develop and manufacture high-precision photovoltaic measuring devices and software solutions that enable the reliable determination of PV module performance parameters.
Our systems enable precise I-V curve measurement, support the fault analysis of solar modules, and provide valuable data for the optimization of photovoltaic systems.
In this way, we serve a wide range of users: from commercial operators of large solar parks to installation companies, O&M providers, and surveyors, all the way to research institutions as well as module and inverter manufacturers.
Top 4 Use Cases
I-V curve tracers for testing photovoltaic systems
Ensuring Optimal Performance of PV Installations
Do my PV modules really deliver the promised performance? With our I-V curve tracers for testing photovoltaic systems, you can precisely verify the peak performance of your solar modules according to IEC standards. This enables operators, EPCs, and PV service teams not only to measure the actual module performance, but also to detect hidden faults and power losses at an early stage. The result: higher yields, improved safety, and reliable operation of large PV systems.
Plan, execute, and analyze measurement campaigns
The planning and preparation of measurement campaigns is carried out conveniently on a PC using our in-house developed PV software. Measurements can be prepared in detail there and then transferred directly to the device.
Particularly efficient: with the integrated Report Generator you can automatically generate standards-compliant test reports, including a detailed analysis of all measurement data such as peak power, I-V curve, and temperature dependence. This way, operators and service companies not only save time but also receive comprehensive documentation for acceptance, quality assurance, and fault diagnosis of photovoltaic systems.
Even inexperienced users can perform the measurements with ease – without training or extensive instruction. For maximum flexibility, our measuring devices can also be operated independently via the bright touch display, even without a PC.
Experts rely on the PVe Performance Tester
Consultants and EPCs appreciate the simple and intuitive operation of our I-V curve tracers for testing photovoltaic systems. Particularly attractive is the option to rent our I-V curve tracers first – ideal for short-term projects or trial deployments. If you later decide to purchase, the rental fees already paid will be fully credited. This way, consultants benefit from maximum flexibility while minimizing investment risks.
PVe measurement technology in research
Our PV measuring devices are the first choice for research institutions, institutes, and universities that carry out precise and standards-compliant measurements in the field of photovoltaics.
Depending on the application, two versions are available:
Robust I-V curve tracers for testing photovoltaic systems in a PELI case – designed for demanding outdoor applications and field measurements.
Elegant 19-inch devices in aluminum mounting frame – ideal for stationary indoor operation in laboratories.
All variants are designed for automatic continuous measurements and long-term studies, making them ideal for research projects, comparative measurements, and long-term data series.
In addition, research and educational institutions benefit from our attractive R&D special conditions when purchasing a PVe I-V curve tracer for teaching or research.
5 good reasons
for PVe I-V curve tracers from PV-Engineering
PVe Peak Meter
Our customers can check their PV systems – from individual modules to complete strings – easily, quickly, precisely, and efficiently. Thanks to the user-friendly design of our PVe Peak Meter, measurements can be carried out effortlessly even by less experienced staff. The delivery already includes all accessories required for the measurements, including a reference sensor for irradiance.
Innovative Power
Our customers appreciate our innovative strength. With the PVe Peak Meter 1540X, we are the provider on the market that also enables measurements of high-efficiency modules.
Collaboration with universities
Our close collaboration with universities and research institutions, combined with our direct customer interaction, enables us to develop measuring devices that always reflect the latest state of the art and allow us to respond quickly to new customer requirements.
PVe Curvealyzer
With our in-house developed software, entire measurement campaigns can be conveniently planned from the office and later analyzed without having to be on site. An expandable module database with more than 120,000 modules, automated report generation, and extensive export functions are just some of the highlights. And best of all: a one-year license is already included.
One Click Away
Especially for challenging tasks, our customers appreciate that an expert from PV-Engineering or one of our partner companies is just one click away and ready to provide advice and support. For special customer requirements, we develop custom solutions of our PVe Peak Meters upon request.
Reliable & flexible
PV-Engineering positions itself as a reliable and flexible partner. Our order-based production with optimized processes provides room for customer requests and individual adaptations – such as special accessories or customized calibration certificates – while still ensuring short delivery times.
Quality Made in Germany
For more than 20 years in the market, we have been continuously investing in research and development. Our order-based production with optimized processes ensures quality made in Germany.
Key Terms
What is the peak power of photovoltaic modules?
The peak power (PPK) is the output of a module under standard test conditions (STC). The rated power of a module is measured at a cell temperature of 25 °C, an irradiance of 1000 W/m², and a light spectrum of AM 1.5. Since STC can only be reproduced in specialized laboratories, such measurements are complex and costly. With the PVe Peak Meter, measurements are carried out easily and cost-effectively under real operating conditions and then converted to STC values. In addition to peak power, our devices also calculate series resistance, parallel resistance, and the actual output. By comparing these results with manufacturer specifications and analyzing the I-V curves, performance deviations can be detected, potential faults identified, and troubleshooting simplified.
What is the series resistance?
The series resistance Rs of a PV module is the resistance that the current must overcome within the module. It is caused by the materials and connections in the cells and contacts. A higher series resistance reduces the module’s efficiency and may indicate aging or defects. Our PVPM measuring devices can determine both Rs and Rp (parallel resistance) – often by measuring just a single I-V curve of a module. Excessive Rs values point to issues such as broken cabling, corrosion, connection faults, or undersized components.
Support
Need support with your PVe Peak Meter? Has an issue or defect occurred? PV-Engineering provides fast and straightforward assistance. Simply send us photos, a short description, and your contact details.
Inspection
Is the annual recommended calibration of your PVe Peak Meter due? Register your device now for inspection. We carry out a comprehensive and thorough check of your PVe Peak Meter, including all accessories.
Customer references
4 steps to the offer
So that we or one of our sales partners can create your individual offer as quickly as possible, we need some information from you:
