Menu
From € 499,00
Especially in overcast conditions, when the light intensity is constantly changing, an ultra-fast MPPT controller improves the energy yield by up to 30 % compared to PWM charging controllers, and by up to 10 % compared to slower MPPT controllers.
With partial shading, two or more maximum power points (MPP) can occur on the current-voltage curve. Conventional MPPTs tend to adjust to a local MPP. However, this may not be the optimum MPP.
The innovative algorithm of the SmartSolar device will always maximize the energy yield by adjusting to the optimal MPP.
No cooling fan. Maximum efficiency of over 98 %.
Fully programmable charging algorithm and eight pre-programmed algorithms that can be selected via a rotary knob (for more details, see operating instructions).
Overtemperature protection and load reduction at elevated temperatures.
Protection against PV short circuit and PV reverse polarity.
PV reverse current protection.
The wireless solution for setting up, monitoring, updating and synchronizing SmartSolar charge controllers.
With a Smart Battery Sense, a BMV-712 Smart Battery Monitor or a SmartShunt, the voltage and temperature of the battery (and current, in the case of a BMV-712 or a SmartShunt) can be transmitted to one or more SmartSolar charge controllers.
For a wired data connection with a Color Control GX, other GX products, a PC or other devices.
Will initiate charging even if the battery has been discharged to zero volts.
Will reconnect to a fully discharged lithium-ion battery with internal disconnect function.
Up to 25 devices can be synchronized with VE.Can, up to 10 devices with Bluetooth
For example, for connection to a VE.BUS BMS
Can be programmed to switch in the event of an alarm or other events.
Simply remove the rubber seal that protects the plug on the front of the controller and plug in the display.
Data sheet SmartSolar charge controller MPPT 150/70 up to 150/100 VE.Can (PDF)
| Weight | 4.5 kg |
|---|---|
| Size | 246 × 295 × 103 mm |
You must be logged in to submit a review.
The technology used was developed by the Austrian photovoltaic manufacturer DAS Energy in Wiener Neustadt and essentially consists of the proprietary fiber-reinforced plastic core (prepreg). This layer is located above and below the cell and is mainly responsible for the flexibility and stability of the DAS Energy module. Monocrystalline cells are used. Further information on request.
DAS Energy modules can be glued to a smooth surface. The modules can also be attached using magnets and quick-release systems, as with the DAS Energy balcony power plant. With the golf cart PV roof, the module is attached to the roof of the golf cart using double-sided adhesive tape and screws.
As with conventional modules, shading should be avoided. Should shading nevertheless occur, all modules have bypass diodes that disconnect the shaded parts of the module to minimize yield losses.
Shading should be avoided at all costs with balcony power plants, as the module will not provide any power if it is shaded. Before purchasing a balcony power plant, it is therefore essential to check whether shading (e.g. from trees, house walls, etc.) could affect the performance of the module.
The purchased modules can be returned in their original packaging within 14 days at your own expense or directly to the store upon presentation of the original invoice receipt. Refunds will normally be madewithin one week.
14days.
Austria & Germany
For inquiries about deliveries to other EU countries, please contact us at office@daskraftwerk-pv.com.
If our modules are in stock, we deliver within 3-5 days. If the modules are not in stock, it usually takes a little longer - we are happy to provide information about current delivery times on our website and on request.
Subscribe to our newsletter to be informed about the latest trends, receive special offers and get exclusive advance information about new products.
Reviews
There are no reviews yet.