MeteoStation[energy]
MeteoStation[energy]
Applications
- Photovoltaic plants
- Energy producers
- Grid operators
- Universities
- Meteorological studies
Find contact person
Optimizing energy production with precise weather data
Real-time monitoring for a sustainable energy future
The MeteoStation[energy] weather station is an essential device for monitoring and optimizing the performance of photovoltaic systems and other energy producers. This station acquires critical weather data in real time to maximize system efficiency and detect potential problems at an early stage. Continuous and precise monitoring allows operators to manage their systems better, maximize yields, minimize outages, and extend the life of their infrastructure.
Features and benefits
- Capture the accurate, localized weather data you need to make timely, critical decisions
- Low-maintenance deployment-ready weather station featuring durable, state-of-the- art sensors
- Ser[LOG] for data acquisition and data processing with minimal effort and high flexibility
AEM Elements™ 360 SOFTWARE (OPTIONAL)
- Analyze real-time data from your station for better decisionmaking and planning
- Customize alerts to your specific thresholds and receive timely notifications when conditions change
- Edge-to-cloud data security protects your data and privacy and ensures accurate measurements
LEARN MORE ABOUT AEM ELEMENTS 360
21.80000.138300 Basic equipment weather station: Mast, station enclosure, data logger, power supply unit, LTE modem
The u[sonic]WS is the newest, most compact and system-capable addition to the LAMBRECHT meteo weather sensor series. The sensor has no moving measuring elements and is therefore low-maintenance. The intelligent heating system works in relation to the wind speed and direction and keeps the sensor ice-free even under extreme weather conditions.
The u[sonic]WS6 easily meets the special challenges of alpine and maritime applications. A wide variety of interfaces and protocols are available. There are no limits for the u[sonic]WS6 when it comes to its applications.
- No moving measuring elements, no wear
- Six weather parameters: wind direction and speed, air temperature, rel. humidity, barometric pressure, dew point
- Intelligent heating depending on wind speed and wind direction
- Lamella shelter for accurate measurements of the temperature-humidity sensor
- Easy to install, easy to maintain
Latest weighing technology combined with a self-emptying collecting system allows the rain[e]one Modbus a high resolution and high precision at a very small construction volume. Already the first drop will be measured!
The weighing precipitation sensor is preconfigured for easy integration into your Modbus RTU system. This simplifies the installation work enormously.
-
Amazing resolution and accuracy
-
Compact and robust construction with a very low weight
-
All-metal housing, weatherproof and durable
- Installation and maintenance are very simple
Elevate multi-hazard risk management with collaborative decision support
In today’s unpredictable climate, businesses and communities face a rising threat from multiple natural hazards. But the journey to resilience is hindered by scattered data, poor coordination across key stakeholders, and limited access to timely warnings.
AEM Elements 360 is your decision support command center for tackling multi-hazard risk management. By seamlessly transforming diverse data into actionable insights, AEM Elements 360 enhances collaboration, elevates information sharing, and accelerates response to provide a stronger, more resilient future.
Benefits:
- Strengthen collaboration across agencies and communities for a more coordinated and efficient disaster response.
- Improve accessibility to hazard early warning systems and disaster risk information for impacted people and communities.
- Increase operational resilience by minimizing damage to critical infrastructure and disruption of critical services due to natural hazards.
- Minimize the human impact of natural disasters by reducing the number of people affected and safeguarding lives.
Read more
16131.5 digital pyranometer series is a range of high-accuracy digital solar radiation sensors.
It is “First Class” according to the WMO guide and ISO 9060:1990 standard and “Spectrally Flat Class B” in the 2018 revision.
Version 00.16131.501030, equipped with an on-board heater, is compliant in its standard confi guration with the requirements for “Class B” PV monitoring systems of the IEC 61724-1:2017 standard.
The 16131.5 measures the solar radiation received by a plane surface, in W/m2, from a 180° field of view angle. Various outputs are available, both digital and analogue, for ease of integration.
- best measurement accuracy in “First Class”
- improved response time
- with 00.16131.501030’s on-board heater: compliant with IEC 61724-1 Class B in its standard configuration
The Ser[LOG] collects your weather data (wind, precipitation, air temperature, relative humidity, air pressure and radiation) in a single place and provides real-time visualization. The Ser[LOG] Commander management app gives you maximum freedom to customize your measurement tasks.
Overview:
- Collect and process up to 60 measured values with Modbus RTU
- Up to 32 Modbus TCP connections with sensors from other manufacturers
- Alarm system for 10 warning channels using built-in and external relays (e-mail, SMS)
- Extensive sensor library
- Formulary and free formula parser
- Interference-proof due to high-quality, shielded aluminium housing
- User-friendly with free access to all connections and controls