PHYD50K-3P-HV IP65 dual battery input hybrid solar inverter 50kw

Orson Zhong

3 months ago

Prostar PHYD50K-3P-HV IP65 dual battery input hybrid solar inverter 50kw offers unparalleled flexibility, efficiency, and reliability in managing solar energy.

Encased in an IP65-rated enclosure, this hybrid solar inverter 50kw can withstand harsh outdoor conditions, making it ideal for both residential and commercial applications.

Users can set preferences for power sourcing, allowing them to prioritize battery discharge over grid consumption or vice versa based on specific needs or energy costs.

The 3 phase dual battery input hybrid solar inverter 50kw supports multiple operation modes including grid-tied, off-grid, and UPS mode, allowing users to adapt to various scenarios and power requirements.

PHYD50K-3P-HV IP65 dual battery input hybrid solar inverter 50kw

Hybrid Solar Inverter 50kW Features

Self-Consumption and Feed-in to the Grid

The inverter intelligently manages energy consumption by prioritizing self-consumption. It reduces electricity costs. Additionally, it allows excess energy to be fed into the grid for added value.

Compatibility with Multiple Power Sources

The best hybrid solar inverter is compatible with both mains voltage and generator power, providing versatility in power sourcing and backup solutions.

Dual Battery Input

The dual battery input feature provides greater flexibility in energy storage, allowing the connection of two battery systems for enhanced capacity and reliability.

High Voltage Battery

The high-voltage battery system ensures greater efficiency and better performance in storing and distributing energy.

4 MPPT Trackers

With 4 Maximum Power Point Tracking (MPPT) devices, the inverter maximizes solar energy harvesting by efficiently tracking the optimal power point of each solar array.

Parallel Operation

The inverter can be paralleled up to 10 units for both on-grid and off-grid operations, allowing for scalable solutions in larger power installations.

Peak Shaving

Support peak shaving, allowing users to reduce energy costs by managing and minimizing peak demand charges.

100% Three-Phase Unbalanced Output

Full support for unbalanced output across all three phases ensures stable and reliable power delivery even under varying loads.

AC Coupling for Retrofit

The inverter can be used to retrofit existing solar systems with AC coupling, enhancing the performance of older installations.

Diesel Generator Energy Storage

It supports storing energy generated by a diesel generator, offering additional flexibility in hybrid energy systems.

Hybrid Solar Inverter Diagram

Best Hybrid Inverter Overviews

CT Sensor Connection

Connecting a Current Transformer (CT) sensor to an IP65 3-phase hybrid solar inverter is an important step for accurately measuring the current flowing through the system, which in turn allows for precise energy management and monitoring.

Ensure that the CT connected to the live wire of Phase 1 is connected to CT1 input on the inverter, CT for Phase 2 to CT2, and CT for Phase 3 to CT3.

Energy Meter Installation Wiring Diagram

#1. CHINT Meter Wiring

#2. Eastron Meter Wiring

Parallel Connection

For the high battery voltage hybrid solar inverter in parallel operation, the lead-acid battery is not supported. Please use approved lithium battery.

Parallel operation requires precise voltage matching and synchronization between batteries. Lithium batteries are usually more consistent in their voltage output, making them better suited for this type of operation.

Applications of 3 Phase Hybrid Solar Inverter

Commercial and Industrial Energy Solutions

Medium to Large-Scale Solar Installations: Ideal for large commercial and industrial solar installations, the solar inverter 50kW can manage significant energy loads, ensuring efficient energy usage and cost savings.
Peak Shaving: Businesses can use the inverter to reduce peak demand charges by managing power consumption during peak periods.
Backup Power Systems: Ideal for providing uninterrupted power in commercial buildings where consistent energy supply is critical.

Rural and Remote Areas

Off-Grid Power Supply: In regions without reliable grid access, the inverter’s off-grid capabilities allow for the creation of standalone solar power systems. These systems can operate independently.
Microgrid Solutions: You can use this solution to create microgrids in rural or remote communities that lack grid infrastructure..
Diesel Generator Integration: The ability to store energy from diesel generators ensures backup power availability. This is particularly useful in remote areas. In these areas, solar generation alone may not be sufficient.

Residential Applications

Large Residential Solar Systems: The inverter’s high power output and ability to connect multiple batteries in parallel make it an excellent choice for large residential solar systems, especially in households with high energy demands.
Energy Independence: Homeowners can achieve greater energy independence by combining self-consumption with the ability to feed excess power back into the grid.

Agriculture and Farming

Solar Power for Farms: Farmers can benefit from the inverter’s ability to handle unbalanced loads and integrate with existing solar systems, providing reliable energy for irrigation, refrigeration, and other essential farm operations.
Energy Storage Solutions: The ability to store solar energy for use during non-sunlight hours or when solar production is low ensures that farms remain powered at all times.

Critical Infrastructure and Public Services

Hospitals, Data Centers, and Emergency Services: The reliable power supply provided by the inverter is crucial for maintaining operations in critical infrastructure and public services. Its UPS capability ensures seamless power during outages.
Schools and Government Buildings: Public institutions can reduce their energy costs and improve energy security by integrating the inverter into solar power systems.