Vaisala Inc. - Experts & Thought Leaders

Vaisala, a pioneer in measurement technology, launches Vaisala Compass, a weather-based decision-making platform for the renewable energy industry. Unveiled at WindEnergy Hamburg, the Compass platform ultimately provides a comprehensive suite of tools to optimize the entire life cycle of wind and solar energy projects, from initial site assessment through operations. Complex site conditions Vaisala Compass empowers developers and operators to mitigate challenges related to weather fluctuation and uncertainty, such as collecting bankable data in increasingly complex site conditions, accurately evaluating weather data for yield resource assessment, securing project financing, and optimizing wind and solar farm operations. ​ The digital platform organizes, interconnects, and simplifies access to the largest portfolio of weather solutions combining instruments and intelligence and leverages over 40 years of Vaisala’s historical wind and solar data combined with observation weather data. Renewable energy business The software platform helps ensure that data is accurate, reliable, and bankable  The software platform helps ensure that data is accurate, reliable, and bankable — in all types of terrain. Users are also able to continuously monitor and manage their fleet of weather instruments, including WindCube lidars and AWS810 Solar Edition weather stations, on one platform. “As renewable energy grows and developers and operators strive to maximize the value of their projects, the cutting-edge Compass platform offers a uniquely efficient weather analytics and project management experience,” said Alexis Crama, Vice President responsible for the renewable energy business in Weather and Environment at Vaisala. More informed decisions “By combining our extensive historical weather data with real-time measurements and advanced analytics, Compass equips customers to make more informed decisions at every stage of their projects. And this is just the beginning — we’ll continue to set the industry standard by expanding the platform’s capabilities to meet the sector’s ever-evolving needs.” For more information about how Vaisala Compass builds on the company’s nearly 90 years of experience in weather measurement and analytics, visit Vaisala website or meet Vaisala renewable energy experts at WindEnergy Hamburg, hall A1, stand 139.

Vaisala, a pioneer in measurement technology, partners with the BMW Group to implement real-time Xweather air quality data in the new BMW X1, X2, and 2 series, as well as MINI and MINI Countryman, through the new iDrive9 infotainment system. The addition is part of the BMW Group’s rollout of Android-based OS9, which has started in the UK and will be rolled out globally as of now. Xweather air quality monitoring informs drivers about current and expected conditions during their journey. Critical information, such as the air quality category will be accessible to drivers through the infotainment system, to help them make driving decisions that can impact their health and safety. As air quality categorization can vary between countries, the data presentation will be adapted to each user's region. Health-based guideline level “This partnership with the BMW Group opens completely new opportunities for drivers to make healthy choices on the road. It also shows that innovative automotive players like the BMW Group are working to make every car journey safer. With our air quality data on board, BMW drivers can choose clean routes and adjust indoor air circulation to stay safe and healthy,” says Petri Marjava, Head of Automotive at Vaisala Xweather. Air pollution affects everyone’s health, but certain groups may be harmed more Air pollution has severe health impacts worldwide, with the European Union reporting that 96% of EU urban populations are exposed to fine particulate matter above the health-based guideline level set by the World Health Organization.  Air pollution affects everyone’s health, but certain groups may be harmed more, especially those with pre-existing respiratory and cardiac problems. Almost nine out of 10 people living in urban areas worldwide are affected by air pollution. Emissions from exhaust systems “We know that airborne pollutants affect people all over the world, but it is not as easy to deal with as other risk factors like traffic or the physical environment because you cannot always see or smell it. Especially for people in urban and industrialized areas, local pollution can cause serious harm over time. Your daily commute shouldn’t be a health risk, and with air quality data on board, we give drivers back control over the air they breathe,” continues Petri Marjava. In addition to drivers’ health, air pollution can significantly impact vehicle performance, by clogging cabin filters as well as reducing engine performance, power output, and tire traction. Local pollution can also negatively affect vehicle emissions from exhaust systems. With air quality data accessible through the infotainment system, drivers can make choices that improve their vehicle performance and reduce maintenance needs. implementation of air quality data The partnership starts with all the new BMW X1, X2, and 2 Series Active Tourer models, and MINI and MINI Countryman. In the future, the BMW Group is looking to expand the implementation of air quality data to other models in its fleet, as it continues to roll out the new OS9 infotainment system. Vaisala Xweather air quality forecast combines advanced physical modeling techniques and long-range dispersion models with machine learning, and weather and environmental data to provide the best possible accuracy. The BMW Group has used Vaisala Xweather’s weather data for years, and the company’s high-quality delivery, support, and constant monitoring capabilities meant adding air quality data was a meaningful choice.

Vaisala, a global pioneer in weather, environmental, and industrial measurements, introduced a portable carbon dioxide probe called the GMP80P, which is designed for applications such as life science incubators and other demanding environments where accuracy, reliability, and stability are required.  The Vaisala GMP80P carbon dioxide probe with pump sampling is the newest product to Vaisala's portable products family. It can be used with a handheld Indigo80 indicator to meet professional CO2 measurement requirements. The GMP80P measurement probe is ideal for sampling CO2 from incubators, spot-checking fixed CO2 transmitters, and sampling from other areas.  A robust design for demanding applications Ideal for urging industrial applications where CO2 attention levels are to be measured precisely It is ideal for demanding industrial applications where CO2 concentration levels are to be measured precisely and accurately at a given time. Its rugged enclosure guarantees reliable performance in demanding conditions.  “I am delighted to announce the addition of the new portable probe to the modular portable product family. With the Vaisala Indigo80 handheld indicator and compatible products, you can measure high-quality data for a wide range of industrial processes. The new CO2 measurement probe is designed to meet the demands of the most demanding applications, such as life science incubators. This probe, for example, allows you to acquire samples with a pumping system from inside the incubator without opening the door. In this way, the measurement won't affect the incubator condition. The measurement can be done much faster without waiting for the cabinet to stabilize again. By doing this, it is also possible to ensure the incubation process continues without contamination," says Vaisala Product Manager Vuokko Lantz. Log measurement data from the GMP80P Designed to meet customer demands, the GMP80P measurement probe can be easily attached to the incubator. A compact indicator connected to the GMP80P can monitor CO2 measurement data. Additionally, the Indigo80 can be used to log measurement data from the GMP80P, and calibration and adjustment are easy with the device. “Our customers wanted a simple solution with the added benefit of a pump function that could be used even in the most demanding conditions when measuring important CO2 levels in incubators,” says Lantz. "We offer our customers the GMP80P measurement probe with a high degree of reliability and accuracy. In addition, we offer many accessories like sampling tube and pipe options. This way the probe can be easily installed to various inlets in the incubator door or walls. 'We are very confident that Vaisala's new probe will meet their high quality and performance standards," Lantz concludes. Vaisala GMP80P carbon dioxide probe with pump sampling will be available in June 2024 on the North American and European markets.