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Energiasolare100
Photovoltaic solar system 7.5KW 48V hybrid inverter MAX7 7.2KW 48V double input MPPT 80A 500VDC PV power 8KW battery opts
This kit can also be used in a residential environment as the inverter supports the AC mains or a current generator at the input. The system allows automatic grid / photovoltaic switching. This kit can be used to create Off-grid photovoltaic systems completely detached from the electricity grid, allowing you to power your utilities even in places not served by the electricity grid, for example huts and country houses provided, of course, there are batteries.
Modalità funzionamento dell'impianto
By connecting the inverter to the solar panels and programming it in photovoltaic inverter mode, it powers the loads by drawing energy directly from the photovoltaic system. In the event that the electricity from the photovoltaic system is not sufficient to power the loads, the inverter will also draw energy from the batteries. The edison will switch to the grid or generator when the photovoltaic or battery power is unable to power the load. The inverter can also work only with batteries and solar panels and therefore without the aid of the electricity grid or the generator.
Pannello solare 375W 24V Monocristallino
The HF series photovoltaic solar modules are ideal for camper applications, boating, isolated houses and much more.
These solar panels are particularly robust and resistant to salt spray corrosion, extreme work environments and mechanical stresses such as snow and wind.
The connection can be made from the heavy cables on the junction box on the back of the panel, through MC4 connectors.
To connect the panel, they recommend the purchase of a pair of MC4 connectors .
The performances are excellent, these are modules with high efficiency class "A" monocrystalline silicon photovoltaic cells, reliable and resistant.
Each module is individually tested to ensure compliance with standards and certifications.
Characteristics of the photovoltaic panel:
Specific Certifications: ISO9001, ISO14001, IEC Certified, TUV, CE
Module efficiency up to 20.08%
Only positive power tolerance
EL Test (Electroluminescence) on 100% of production
Low weight (only 20kg)
Extremely low level of degradation
Double insulation
Anti-reflective tempered glass
10-year product warranty
90% power output warranty for 15 years
80% power output guarantee for 30 years
Dimensions 1768 × 1048 × 35mm
High conversion efficiency thanks to Half-Cut type PERC cell technology.
High module reliability thanks to the reduction of micro-cracks and reduction of internal power losses.
Inverter Solare Fotovoltaico Genius 5KW 48V V2 Regolatore di Carica 4.5kW 80A 450Voc MPPT
The new hybrid pure wave inverter MAX7 is a 7.2KW 48V inverter with 60A high frequency battery charger function and 80A MPPT dual input charge controller for photovoltaic panels designed to meet all the needs that the STORAGE market for photovoltaic systems today day requires. It has a double MPPT input that allows you to connect a maximum photovoltaic power of 8KW. It has an LED bar that changes color according to the source of withdrawal (photovoltaic, grid or battery). The inverter can be connected in parallel with other machines (up to 6 inverters). Integrated wifi monitoring system that allows you to monitor the system via APP. Replaceable fans. The inverter can operate both in UPS mode, thus giving priority to the electricity grid and subsequently to the batteries in the event of a black-out; both in inverter mode, giving priority to the batteries or even to the photovoltaic generator and subsequently to the electricity grid in case the renewable sources are unable to supply energy, all following a logic of events that can be programmed via the display. The MPPT (Maximum Power Point tracking) technology adopted, thanks to an advanced tracking algorithm, allows the solar module to operate at ideal voltage and to produce the maximum available power. Compared to the conventional PWM regulator, MPPT technology increases the charging efficiency by up to 30% and decreases the solar power required for charging.
Celle Elemento Batteria SolareOPzS 315Ah 2Volt Deep Cycle 15Anni di Vita
These 2Volt OPzS Elements, put in series, make up 12/24 / 48Volt Battery Packs. These are types of batteries used in the telecommunications sector, the photovoltaic sector (such as professional off-grid or storage solar systems) and in transport in electric vehicles. Why buy this product? They guarantee reliability, stability and a long average life comparable only to lithium. They bear multiple and uncontrolled cues. They respect the Declared Capacity 100%. reference * Life cycles with a DOD of 100% of 1500Cycles (4 years) reference ** Life cycles with a DOD of 30% of 4500CIcli (13 years) Low Maintenance (little dispersion of Distilled water). * Performance The Actual Capacity of the OPzS Prime Cells are evaluated with a discharge in 5Hr unlike many Batteries used in the Photovoltaic sector which are evaluated in a more generous discharge curve such as 10Hr or even 20Hr or 100Hr. The Discharge Curve in Hr, shows the discharge attitude in a given time, the lower the Hr value and the higher its Performance. Example: BATTERY (1) 100Ah 5hr = It means that the battery can deliver all its '100Ah' energy with an average discharge of 20Ah in 5hr. BATTERY (2) 100Ah 20hr = It means that the battery can deliver all its '100Ah' energy with an average discharge of 5Ah in 20hr. NB: If we ask the BATTERY (2) 100Ah 20Hr to do the same work as the BATTERY (1), its current delivered over the 5 hours will be much lower than that of the BATTERY (1), therefore the 20Hr battery is much less performing than the 5Hr battery albeit having the same capacity. ** Average life OPzS Prime Element Evaluating the Life Cycles is very important to determine a Useful life for the Off-grid Photovoltaic Solar System and Storage. The 'Battery Prime' Elements can have a useful life of up to 18 years. However, it is possible to predict the maximum duration of our Battery pack by analyzing the discharge curve. Life cycles with 100% DOD of 1500 cycles (4 years) Life cycles with 80% DOD of 1800 cycles (5 years) Life cycles with 50% DOD of 2800 cycles (7.5 years) Life cycles with a 30% DOD of 4500 cycles (13 years) Life cycles with a 20% DOD of 5000 cycles (14 years)
Caratteristiche
