Save Money with Smart MPPT Thanks to Maximum Utilization of Solar Energy
The Smart MPPT heater and controller from Aquidis are designed to maximize the use of solar energy for domestic hot water heating. The system operates efficiently with just four photovoltaic panels and is ideal for taking advantage of the NZÚ and NZÚ Light subsidy programs. Thanks to the option for parallel hot water heating – both from the sun and the grid – you will utilize all available solar energy, unlike competing solutions.
Why Choose Smart MPPT?
Maximum Utilization of Solar Energy
Thanks to a unique modification of the heater, our system enables parallel operation of domestic hot water heating from both solar panels and the grid. Instead of switching between energy sources, our system uses two galvanically isolated circuits. This ensures maximum utilization of solar energy, with grid energy being used only when the sun isn’t shining. This technology maximizes the efficiency of every available energy source and optimizes the return on your investment, resulting in long-term energy cost savings and improved economic viability of the entire system.
Simple Installation and Maximum Flexibility
All you need is:
- 4 to 6 photovoltaic panels with a maximum capacity of 4000 Wp. For the NZÚ Light program, installing 4 panels with a minimum capacity of 500 Wp per panel is sufficient.
- An Aquidis installation kit, which includes:
- Controller – optimized for maximum utilization of solar energy
- Heater – equipped with heating elements for heating from both the photovoltaic system and the grid
Advanced Technologies
With the Smart MPPT controller, you can easily monitor and adjust the system via a mobile app, thanks to its integrated Wi-Fi interface. Stay informed about the current status of your system and receive automatic updates directly from the Cloud.
Czech Quality
Smart MPPT has been developed by a Czech company with extensive experience in both hardware and software. The controller is mass-produced in Czech workshops, thereby supporting local employment in our regions. The web application runs on servers located exclusively within the EU and is managed by our engineers.
Choose the mode that adapts to your needs
Smart MPPT offers six operating modes that allow you to fully customize the system to your lifestyle. Whether you’re looking for maximum savings or rapid heating, Smart MPPT provides a solution for every situation.
ECO
Heating solely from the sun.
COMBI
Combines solar heating with grid power.
COMFORT
Intelligently combines solar heating with grid power based on a selected schedule.
SMART
A self-learning mode based on hot water consumption. It also utilizes weather forecasts.
BOOST
A one-time rapid heating to the desired temperature.
VACATION
A vacation setting in the calendar – during this period, heating is provided solely by the sun at a reduced temperature.
What does Smart MPPT offer?
- Hot water heating from 4 photovoltaic panels
- Parallel operation of heating via photovoltaic panels and the grid
- Remote management via web application
- Graphical menu displaying solar output, water temperature, operating mode, and more
- Anti-scald protection
- Anti-freeze protection against heater freezing
- Protection against controller overheating
- Quiet operation thanks to passive cooling
- Integrated thermal fuse
- Additional contact for heat-up signal
- High MPPT efficiency of over 99%
- Czech product
Technical Specifications
Smart MPPT
| DC Input Voltage | 150–350 VDC |
| AC Input Voltage | 230 VAC |
| Maximum Panel Output Power | 3000 W |
| Maximum Installed Solar Panel Power | 4000 Wp |
| Maximum AC Output Power | 3000 W |
| Maximum Solar Current | 16 A |
| Operating Voltage for MPPT Regulation | 80–300 V |
| MPPT Efficiency | >99 % |
| PV Panel Connection | 2x MC4 |
| Regulated PV Output | Terminal Block |
| Grid Connection | 230 VAC Cable |
| AC Output | Terminal Block |
| Temperature Sensor Connection | RJ-45 |
| Ingress Protection Rating | IP52 |
| Dimensions | 200 × 270 × 80 mm (H × W × D) |
| Weight | 2 kg |
Heater
| Tank Volume | 100 L / 120 L / 140 L |
| AC Heating Element Power | 2100 W / 230 VAC |
| DC Heating Element Power | 2100 W / 150 VDC |
| Type of Heating Elements | Dry |
| Temperature Sensors | 3 x Temperature Sensor, RJ-45 Connection |
| Maximum Operating Pressure | 0.6 MPa |
| Maximum Temperature | 80 °C |
Heating from 10 °C to 55 °C at nominal power
| Volume [L] | PV only | PV + 230 V AC |
|---|---|---|
| 120 | 3 h 2 min | 1 h 31 min |
| 140 | 3 h 32 min | 1 h 46 min |
Contact Us
Technical Support and Service
Operating Hours
Monday to Friday 9:00 - 16:00
AQUIDIS s.r.o.
Milíčova 26, Prostějov 796 01, Czechia
IČ: 27855317
DIČ: CZ27855317