WaterStation Mini PV
Solar-Powered, Sustainable Water Monitoring
Designed for Precision, Built for the Field.
Product details
WaterStation Mini is a fully autonomous monitoring station designed for continuous water quality measurement in rivers, lakes, and other inland water bodies. Equipped with advanced sensors and remote data transmission, it enables real-time monitoring of key physicochemical parameters of water and air, ensuring reliability and precision year-round
6+ Water Quality Sensors
3+ Air Quality Sensors
Autonomy: Solar ∞
Connection: Cellular LTE4 & GPS
Dimensions: ⌀42 x 80cm (6kg)
Shipping
Worldwide shipping available, with options for expedited delivery. Orders typically ship within 3-5 business days. Track your shipment easily through our online portal.
Returns
We offer a hassle-free return policy within 30 days of purchase. If you're not satisfied, simply contact our support team for assistance. Your satisfaction is our priority.
Sensors
Real-Time Water and Air Quality Monitoring
Gain full control with precise physicochemical and meteorological measurements
Meteorological measurements
AQ
Air Quality (eCO2*, TVOC**)
Measurement range: 0 - 65000 TVOC, 400 - 65000 eCO2 ppb
Accuracy: ± 5% actual value
*carbon dioxide equivalent
**total concentration of volatile organic compounds
°C↑
Air Temperature
Measurement range: from -10°C to +80°C
Accuracy: ± 0.5°C
RH
Air Humidity
Measurement range: 10%RH to 80%RH
Accuracy: ± 3% RH
hPa
Air Pressure
Measurement range: 300 - 1100 hPa
Accuracy: ± 1 hPa
Physicochemical measurements
°C↓
Water Temperature
Measurement range: from -10°C to +85°C
Accuracy: ± 0.5°C actual value
↓m
Depth
Measurement range: 5 - 600 cm
Accuracy: ± % actual value
µS
Conductivity
Measurement range: 0 - 20 000 μS/cm
Accuracy: ± 5% actual value
ORP
ORP Redox (Oxidation-Reduction Potential)
Measurement range: -2000 - 2000 mV
Accuracy: ± 10 mV
pH
pH
Detection range: 0 - 14 pH
Accuracy: ± 0.1 pH
O₂
Oxygen
Measurement range: 0 - 20 mg/L
Accuracy: ± 5% actual value
And more
WaterStation Mini can be upgraded to include more sensors to support additional measurements
Versatile and Effortless Deployment
WaterStation Mini PV is a lightweight and portable water monitoring buoy, designed for easy deployment in various aquatic environments. It can be deployed from small boats, docks, or riverbanks while providing powerful performance for continuous data collection. Its adaptable design ensures reliable operation in both short-term and long-term monitoring applications.
Compact & Plug-and-Play
Designed for ease of use for everyone, WaterStation Mini features a compact structure with a hull diameter of 42 centimeters and a weight of less than 10 kilograms. Its modular design allows for rapid assembly with only six hex screws, ensuring a quick and hassle-free setup. Water-protected quick-connect ports further enhance its durability and usability in the field.
Solar Autonomous & Energy Efficient
WaterStation Mini PV is designed for long-term autonomous operation, powered by a high-capacity rechargeable battery pack and equipped with an solar top. It ensures continuous energy supply, making it ideal for extended deployments without the need for manual charging. When needed, the battery can be easily swapped in three simple steps or fully recharged in just one hour, ensuring uninterrupted water quality monitoring in any environment. Without sun WaterStation Mini still is operative up to 1 year round.
Data Logging with Future-Proof Integration
Includes an advanced WaterData Logger designed for continuous and secure data collection. Featuring durable marine-grade wet-mate connectors, it ensures long-term reliability in strict water environments. Future upgrades will include solar panel integration, LED Reflectors, Live Camera and even more sensors enhancing sustainability, versatility and extending operational capabilities.
Reliable Wireless Communication
Ensures real-time data transmission through advanced wireless connectivity options. It supports LTE4+, for long-range cellular communication, as well as WiFi and Bluetooth for easy local setup and monitoring. These multiple communication methods provide continuous access to critical water quality data from remote locations.
Enhanced Visibility for Safe Monitoring
An optional twilight sensor based solar-powered marine light or an integrated LED Reflector indicator provides high visibility for enhanced safety in low-light conditions. The lighting system is designed for long-range detection and is securely mounted on the buoy top plate, ensuring reliable performance in all weather conditions and remote locations.
Seamless Integration
Fifteen wet-mate sensor ports provides extensive connectivity for various measurement devices. It is compatible with GPS receivers, meteorological sensors, water quality sondes, LED indicators, and an alert buzzer. A future solar top add-on will further enhance the system, allowing for additional power support and improved flexibility in data collection.
Optimized and Secure Underwater Sensor Mounting
Features four 2 x 5 centimeter pass-through ports for seamless underwater sensor mounting while keeping all cables securely protected. The top section is equipped with a screw-on protective cap, effectively concealing and safeguarding cables and connections. Similarly, the bottom section includes an underwater protective cap with a secure screw-thread mechanism, ensuring that all cables remain completely enclosed and shielded from external conditions. This design guarantees maximum protection, preventing exposure to, debris, and physical damage, making it an ideal solution for long-term deployments in challenging aquatic environments.
Durable and Modular Sensor Cage
The custom-designed sensor cage provides a secure and adaptable mounting system for up to six water quality sensors with an interchangeable TPU-based holders, ensuring accurate and reliable data collection in various aquatic environments. Moreover it includes a dedicated mounting point for a depth sensor. The modular design enables quick installation using up to four hexagonal screws, making it simple to assemble, secure, and deploy while ensuring long-term durability in challenging water conditions.
Secure Mooring
Equipped with four reinforced eye nuts, ensuring secure and stable mooring in various aquatic environments. It supports multiple mooring configurations, including catenary moorings, small-buoy assistance catenary moorings, semi-taut two-point moorings, and inverse-catenary (S-shape) moorings. The design allows for flexible positioning, with the option to use a centrically positioned lower cage to adjust the mooring connection point for improved stability and performance in dynamic water conditions.
Anti-Wandalism and Anti-Tampering System protection
Designed with built-in protection against vandalism and unauthorized handling, ensuring continuous operation in the field. It features a motion sensor, buzzer, and integrated GPS tracking to enhance security. If tampering or unauthorized movement is detected, the buzzer activates an audible alarm, signaling a potential threat and deterring interference. Simultaneously, the system sends instant alerts, providing real-time security notifications for immediate response. This proactive defense mechanism ensures the buoy remains protected and operational in all conditions.
Ready for future upgrades
WaterStation Mini is built with a modular and upgradeable platform, ensuring adaptability for future advancements. Its compact and flexible construction allows seamless integration of upcoming enhancements, including solar-powered tops, high-intensity LED reflectors, live cameras, additional air and water quality sensors, and expanded mounting options. Designed for long-term scalability, WaterStation Mini evolves with technological advancements, making it a future-proof solution for smart water quality monitoring.
Built to Last
WaterSense Mini is built to withstand the toughest environmental conditions, ensuring years of reliable service. Constructed from cross-linked polyethylene with a heavy-duty ASA polymer skin, it offers exceptional impact resistance, UV protection, and resistance to harsh weather. Designed for long-term deployments, it delivers unmatched durability in water environments, making it the ideal solution for continuous water quality monitoring.
Technical specification
Coming Soon
Battery
2x 2.5Mwh - przy wysylce danych co 30 minut, 2-3 lata
Lightning
Zielony kolor, 15 błysków na minutę
Connecivity
4G LTE, GPS
Dimensions
Zewnętrzna średnica kadłuba
30,0” (76,2 cm)
Wysokość kadłuba
20,0” (50,8 cm)
Wewnętrzna średnica komory danych
10,3” (26,2 cm)
Wysokość komory danych
19,5” (49,5 cm)
Średnica otworu przelotowego
2,0” (5,1 cm)
Wysokość wieży
20,0” (50,8 cm)
Waga
115 lb (52 kg)
Wyporność netto
250 lb (114 kg)
Materiał kadłuba
Pianka polietylenowa sieciowana z powłoką z poliurei oraz pokład ze stali nierdzewnej
Materiał osprzętu
Stal nierdzewna 316
Punkty mocowania do kotwiczenia
3x nakrętki oczkowe 3/4”
Security
Sensor przechyłu
9Dof
Buzzer
45 dB po wykryciu kradzieży
Temperatura wewnatrz
od -10°C do +80°C: ±0.5°C
Wilgotność wewnatrz
od -10°C do +80°C: ±0.5°C
Pomiar zatonięcia
Impuls
Documents
Data sheet
Drawing
Bid specs
Mooring
Intelligent Data Management and Analysis
WaterSense products integrate with WaterCloud, enabling automated analysis, real-time monitoring, and system management from a centralized hub, allowing trend tracking, custom alerts, and data-driven decision-making
AI-Powered Water Quality Prediction
WaterSense products integrate with WaterForecast, the first AI predictive model for water quality, enabling data-driven decisions to prevent ecological disasters and optimize recultivation efforts for sustainable water management
Usecases
Water Quality in the World
Water pollution, climate change, and poor resource management are driving ecological crises worldwide. Discover how WaterSense can help protect our inland waters
Toxic Algae Bloom Devastates Rivers, Killing Millions of Fish
Harmful algal blooms, fueled by industrial pollution and high salinity levels, are devastating rivers, lakes, and coastal waters, leading to mass fish die-offs and ecological collapse. Events like the Polish river disaster highlight the urgent need for better water management and pollution control measures.
Mass Fish Die-Offs Due to Pollution and Oxygen Depletion
Rivers like the Oder have suffered catastrophic fish die-offs, caused by pollutants increasing salt levels and triggering algal blooms that deplete oxygen. Without immediate action, similar disasters will continue to threaten marine ecosystems and biodiversity.
More than 60% EU’s surface water bodies in catastrophic condition
A 2025 European Commission report found that over 60% of EU surface water bodies are in critical condition, contaminated by widespread chemical pollution from industries, agriculture, and urban runoff. Without intervention, the health of Europe’s rivers and lakes will continue to deteriorate.
Cost to Clean Up Toxic Water Pollution Could Top £1.6 trl
Polyfluoroalkyl substances (PFAS) are nearly indestructible pollutants found in industrial and consumer products. These chemicals persist in drinking water sources, causing cancers, infertility, and immune system disorders. The estimated cleanup cost could exceed £1.6 trillion.
The Global Water Pollution Crisis arising Rapidly
Freshwater sources worldwide are increasingly contaminated by industrial discharge, agricultural runoff and untreated sewage, threatening drinking water supplies and ecosystem health. There is a need for a real-time water quality analytics to reduce contamination and improve water security.
Water Scarcity Affects Over 2.7 Billion People
Rivers, lakes, and aquifers are becoming too polluted or depleted for use, while over half of the world’s wetlands have disappeared. If water consumption continues at current rates, global shortages will intensify. By tracking water availability and pollution levels, we could provides critical insights.