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Regulatory Victron SmartSolar MPPT 150/85 | Bluetooth integrated premium
The Regulatory Victron SmartSolar MPPT 150/85 is a premium solar charging controller with Integrated native Bluetooth connectivity. Designed with an algorithm of Ultrafast tracking of the maximum power point, this model provides up to a 30% more performance that standard PWM systems. Has Automatic detection Multivoltage to 12V, 24V and 48V, driving a robust 85A cargo nominal current. Admits 1200W at 12V, 2400W to 24V and an extraordinary butt of 4900W on 48V systems. With an industrial weight of 4.5 kg, tolerate a Maximum Voltage of 145V And it is available in terminal connections (TR) or fast couplings (MC4). It is the definitive option to manage great Deep cycle storage banks No need for external communication accessories.
Victron SmartSolar 150/85: Native wireless connectivity, high-power load of 85A and critical efficiency algorithm
Raising the productivity of a residential solar orchard isolated or a hybrid industrial system requires an electronic brain of maximum power that decreases the transfer losses and optimizes the daily performance of the solar boards. The controller Victron SmartSolar MPPT 150/85 it stands out as the summit model of its rank, offering the renowned load speed of the Dutch brand along with the comfort of direct wireless monitoring from the first minute.
Bluetooth Smart integrated series and voltage flexibility up to 48V
The great evolution of the SmartSolar range against its predecessors lies in the integration of Bluetooth Smart technology directly on the motherboard of the equipment. It is no longer necessary to acquire data backpacks or additional wiring; The regulator emits its operational status wirelessly to any smartphone or tablet using the app Victronconnect. The installer or user can visualize in real time the exact power generated by the photovoltaic field, configure the algorithms for special batteries and analyze the full performance historic of the last 30 days. Capable of doing a automatic voltage detection of 12V, 24V or 48V, the design of ambitious energy projects relax. If you need to complement this stage with a three-phase or single-phase alternating current centralization, we invite you to explore our selected range of
Its output power is extremely robust, releasing a 85A maximum load current towards the accumulator. This allows to couple massive solar fields of up to 4,900w when we work with high storage tensions (48V). The energy collected is distributed impeccably through adaptive and intelligent load curves, safeguarding health and directly lengthening the lifespan of chemical elements that make up our specialized catalog of
Flexible TR / MC4 Electronic Safety Electron Inputs
The physical design of this equipment 4.5 kg denotes its industrial character and its resistance to demanding climate environments. The manufacturer offers this model in two finishes to adjust to the needs of the project: the version Tr, which has robust screw terminals ideal for housing large section cables, and the version Mc4, Equipped with rapid hermetic connectors ready to attach pre-assembled hoses. Admits a 145V open circuit maximum tension and has a strict limit of 70th Fotovoltaic short-circuit intensity. All the chassis is shielded against overtemperatures, short circuits and inverse polarity. If you are going to make the installation of this massive amount of solar power on soil, tile roofs or industrial covers, be sure to anchor the plates with our
Technical specifications (model Victron SmartSolar MPPT 150/85):
Power parameters and electrical performance:
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Battery bank voltage: 12 V / 24 V / 48 V (Detection and automatic terminal configuration).
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Nominal load current: 85 a (Maximum output capacity to accumulation).
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Maximum recommended photovoltaic power to 12V: 1,200 W (If you exceed, the equipment limits the output).
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Maximum recommended photovoltaic power at 24V: 2,400 W.
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Maximum recommended photovoltaic power at 48V: 4,900 W.
Input parameters of the photovoltaic field (CC):
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Maximum tension of solar open circuit (VOC): 145 V absolute maximums.
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ADmitted maximum FV short circuittens: 70 a (Critical limit of hardware protection).
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Mandatory initial start voltage: Real battery voltage + 5V.
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Sustained operation tension: Real battery voltage + 1V.
Physical data, interface and variants:
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Net weight of the team: 4.5 kg (Robust design of high passive dissipation).
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Dimensions model TR (screw terminals): 216 x 295 x 103 mm.
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Model Dimensions MC4 (Quick Connectors): 246 x 295 x 103 mm.
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Wireless connectivity: Bluetooth Smart integrated factory.
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Supplementary physical port: Data port VE.Direct port available.
Frequently Asked Questions (FAQ)
- What is the real difference between the BlueSolar range and this SmartSolar 150/85 range? The main advantage is that the model SmartSolar includes integrated Bluetooth connectivity directly inside. This allows you to connect wirelessly from your mobile phone or tablet without the need to buy additional accessories. In the BlueSolar range, to see the data on the app, you needed to buy an external Bluetooth dongle separately.
- What are TR and MC4 variants that are mentioned in the Technical Sheet? They make exclusive reference to the type of physical terminals that the equipment has to connect the cables of the solar. The model Tr it has traditional screw entries where the direct cable is inserted, highly recommended if you use thick cable sections. The model Mc4 includes Rad Earth Terminals Ready to plug Standard Solar Hoses that already have crimpated connectors.
- What happens if my solar outweigh the 4900W in a system that works at 48V? The regulator Victron SmartSolar has an active protection function that self-limiting the output current. If you put more photovoltaic power, the team will not suffer damage; it will simply cut the surplus to work safely at your maximum stop of 85A. The only limit that you must respect strictly is that the open circuit tension (VOC) of the i never exceed 145V cold.
- What are the voltage requirements for the regulator to start charging in the mornings? So that the MPPT algorithm begins to operate at dawn, the tension generated by the solar installed should be at least 5V superior to the voltage that has your battery at that time. For the rest of the day, once on, it is enough for the photovoltaic tension to be maintained 1V above the battery to continue squeezing solar production.