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Further informationRain is the fuel of nature and life. However, the original water cycle is disrupted by climate change. The crucial periods of rain are losing their balance: heavy rainfall and droughts damage the delicate equilibrium of natural systems.
RAINMESH restores this important balance – with digitized rainwater management that acts as an integral part of a Blue-Green Infrastructure. Our solution helps smart cities become more resilient and livable by applying sponge city principles: water is intelligently retained, stored, and made available at the right time.
Digital, intelligent und nachhaltig.
Because water is precious.
What is
RAINMESH?
Intelligent and digital: RAINMESH makes the rainwater management of the future possible today. This smart system, consisting of both hardware and software, provides water exactly where it is truly needed.
How does RAINMESH work?
RAINMESH stores rainwater in interconnected cisterns. It combines information such as soil moisture, weather data, and water levels, and distributes the water to various consumers according to demand and priority.
Why does RAINMESH exist?
Water is one of the most precious resources that makes life on our planet possible. That is why we are committed to treating it with respect and appreciation.
Using rainwater
smartly
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Further information- Water storage through cisterns
Precipitation is collected from roofs and traffic areas and stored in cisterns. Because the cisterns are networked, the water can move freely between the storage units, ensuring it is always available where it is needed most. An intelligent water network
- Live weather forecasts
By connecting to real-time weather data, forecasts of upcoming rainfall are factored into irrigation calculations. This optimizes the allocation of water reserves. During droughts or heavy rainfall, RAINMESH adjusts the irrigation volume for the best possible results.
- Sensoren
- LoRaWAN
Various sensors, networked via LoRaWAN, provide RAINMESH with the information required for smart water distribution. In addition to cistern fill levels, soil moisture is continuously monitored. This allows the system to plan irrigation with maximum efficiency.
- DIFFERENT CONSUMERS
There are numerous different consumers that require water: private gardens, public spaces like parks or sports fields, but also agricultural land and green roofs. RAINMESH allows for a personalized prioritization of these consumers, which are then irrigated accordingly.
- RAINMESH Technology
The RAINMESH Cloud is the heart and brain of the system. This is where all information converges: How much water is needed? Who needs how much? And when is the next rainfall expected? The brain processes all collected data and decides exactly how much water is used where. The heart pumps the water to the right place. A living system that sustains life.
One app.
Everything at a glance.
-
Intuitive and clear
The dashboard with all important system information -
How will the weather be
Current, local weather data is taken into account -
Intuitive and clear
The dashboard with all important system information -
Track fill levels live
Always keeping an eye on the current cistern fill levels -
System rules
Set priorities, times, and water volumes
Networking
in every area
RAINMESH makes a valuable contribution to the water supply in various areas of our lives. The system is always the same, but the applications are diverse.
Urban areas
With RAINMESH, cities reduce their dependence on external water sources and better supply plants. Water and plants make a significant contribution to cooling cities – for the protection and health of the people.
Private consumption
Rainwater harvesting in private households enables sustainable resource management. Whether in the private garden, for flushing the toilet, or for the washing machine: water is precious everywhere. For everyone.
Agriculture
The use of rainwater in agriculture enables efficient irrigation of fields and crops. RAINMESH maintains ideal soil moisture and reduces the dependence on costly irrigation systems.
Leisure facilities
Ob Fußball-, Golf- oder Tennisplätze: diese und viele weitere Sport- und Freizeitanlagen benötigen Wasser zum Betrieb und Erhalt. Durch RAINMESH können nicht nur Kosten in diesem Bereich gespart werden, sondern der ökologische Fußabdruck jedes einzelnen wird reduziert.
What can Rainmesh do?
What technical functions does Rainmesh offer
- Platform for product-independent water control
- Measurement of fill levels in cisterns
- Control of cisterns
- Management and water distribution across multiple cisterns
- Transport of water even over longer distances
- Refilling of third-party systems or discharge
- Retrofitting of analog and simple existing systems
- Measurement of consumption
- Measurement and forecasting at inlets
- Irrigation of areas using sprinklers
- Drip irrigation above and below ground
- Tree irrigation
- Control of fountains and watercourses
- Valve management
- Inflow from groundwater wells or drinking water
- Flow measurement
- Autonomous operation via solar storage
- Operation of very large areas using LoRaWAN wireless technology
- Measurement of soil moisture
- Winter mode/frost protection (program sequence and connection for blowing out pipes)
- Weather station for local readings
- Development in Germany
Software features
- User-Friendly Dashboard
- Web interface, iOS, Android
- Individual rule configuration
- Multiple dependencies of rules
- Login management and rights management for teams
- Hosting on German servers in compliance with GDPR, EU AI Act, and NIS2 regulations
- Structured storage of measurement data
- Prospective Smart Mode using evaluable data series
- Individual adjustments possible
- REST API interface for connection to building technology or control centers
- Service and error messages (system message, apps, email, SMS)
- Emergency stop in critical conditions
- Open platform for connecting many sensors and components
- User-friendly component onboarding
- Server, security, and technical updates included in the subscription
- Integration of open-source data platforms (weather, geospatial data, measured values)
- Integration of NINA and KATWARN alerts (German emergency apps)
- Heavy rain and drought forecasts
- Consumption optimization based on data
- Visual site plan
- Device overview and individual naming
Solved problems, competencies within the system
- Complete control of everything related to water on small and large areas
- Flexible transport of water between storage units and areas
- Extensive use and measurement of rainwater
- Optimized irrigation according to precise rules and measured values
- Heavy rain prevention through soil preparation upon receiving warning alerts
- Automatic emptying before heavy rain events to increase retention volume
- Integration of infiltration values (soil, clay, sand, rocky subsoil)
- Versatile measured values
- AI evaluations on available data series (Smart Mode)
- Comparison of weather forecasts and local measured values
- Water saving during drought announcements (minimum consumption)
- Survival mode settings during water shortage
- Free configuration for different areas: operating areas, neighborhoods, hotel complexes, gardens, parks, green zones, sports facilities, municipal areas, tree irrigation, research projects, self-sufficient areas without power connection, temporary (mobile) supply.
- Relief for staff from manual water supply tasks (facility management, service providers, municipal depots, fire brigade)
- Entrepreneurial wealth of experience in the field of sponge cities, water-sensitive urban planning, green-blue infrastructure, rainwater treatment, quantity calculations according to DWA, collecting, storing, using, and infiltrating.
- Support with funding opportunities (EU, federal or state funding, institutes, foundations, state banks, etc.)
- Amortization calculation based on practical experience and surveys (operators, municipalities)
A system that redefines
rainwater management
Comprehensive
Connectivity
Intelligent
Communication
Demand-driven
Distribution
Counteracting
Climate Change
We are active on LinkedIn
We regularly post about our day-to-day work and how things are progressing with Rainmesh. We look forward to a lively community.