When designing off grid solar system for clients, we've found that their primary concern isn't whether solar can generate electricity, but rather whether the inverter can truly adapt to the local power grid and load demands. Many regions have dual voltage standards, such as Mexico, Panama, Jamaica, Brazil, Peru, the Philippines, Ecuador, and Venezuela. However, many inverter on the market currently only support one output voltage standard, failing to meet the electricity needs of dual voltage output regions. Therefore, the demand for split phase power supply inverter is constantly rising. These inverter can convert DC to AC while simulating the local grid's dual voltage structure, providing two different voltage output, perfectly compatible with various household appliances and industrial equipment, making them the preferred choice for implementing solar projects.
The split phase power supply splits the single AC phase generated by inverter into two sub-phases (L1 and L2) with a 180° phase difference, using a split phase transformer or electronic split phase circuit. Taking a common 110V/220V split phase output as an example, the inverter first generates 110V AC, then uses the split phase structure to generate a 110V AC with the opposite phase. When the two ends of one sub-phase are taken, the output voltage is 110V; when the two sub-phases are taken, due to their opposite phases, the voltages are superimposed, resulting in an output of 220V. 110V is typically sufficient for lighting, televisions, refrigerators, communication equipment, and office equipment, while 220V is sufficient for high power equipment such as air conditioners, deep well pumps, water heaters, and washer dryers.
Split phase technology eliminates the need for two separate transformers, achieving dual voltage output through a single circuit. This simplifies the internal structure of the inverter, reduces the size and weight of the equipment, and improves inverter conversion efficiency. Xindun split phase inverter employ advanced technology to adjust the voltage stability of both sub-phases in real time. This ensures that both voltage outputs remain stable during load fluctuations, such as the initial startup of high power equipment, preventing equipment failure due to voltage fluctuations. Below, we recommend four Xindun Power inverters that support split phase power supply:
Rate Power:3KW-12KW
Battery Voltage: DC48V
Output Voltage: AC110V/220VAC or 120V/240V
Feature:
1. Supports split phase power input and split phase power output, single phase power input or split phase power input, meeting the needs of dual voltage standard areas.
2. Optional built in high efficiency MPPT solar controller.
3. Equipped with a high performance low frequency transformer, resulting in lower power loss and high quality pure sine wave output.
4. Adjustable AC charging current for flexible system configuration based on different battery capacities.
5. Multiple operating modes for flexible settings to meet various application scenarios.
6. Features a lithium battery BMS communication interface, enhancing battery management capabilities and system safety.
7. Supports diesel/gasoline generator connection to cope with harsh power environments.
8. Wall mounted design for easy installation, suitable for home and small commercial applications.
Here are LU split phase power supply inverter wiring:
Rate Power:10KW-12KW
Battery Voltage: DC48V
Output Voltage: L1-N-L2（L1-L2：200/210/220/240 Volt AC；L1-N/L2-N：100/105/110/120 Volt AC）
Feature:
1. Supports split phase power input and split phase power output, or US standard single phase power input and single phase power output settings, flexibly adaptable to dual voltage regions.
2. Up to 6 units can be connected in parallel (single phase or three phase parallel operation), meeting different power needs from residential to small commercial applications.
3. Supports time of use charging and discharging strategies, leveraging peak and off peak electricity pricing to reduce electricity costs and increase energy storage revenue.
4. High frequency design, inverter efficiency up to 92%, low no load energy consumption, improving overall energy efficiency.
5. Built in MPPT optional, solar input voltage up to 500V, improving solar energy utilization efficiency.
6. Supports mixed power supply from solar and mains while simultaneously charging the battery, ensuring stable load operation.
7. Can operate with load even without batteries, suitable for some temporary power supply scenarios.
8. Supports lithium battery activation and BMS communication, improving lithium battery system compatibility and operational safety.
9. Provides multiple communication interfaces for easy remote monitoring and system management.
Here are HU split phase power supply inverter wiring:
Rate Power:1KW-6KW
Battery Voltage: DC12/24/48V
Output Voltage: AC110/120/220/230/240V
Feature：
1. Supports 110/220V or 120/240V split phase power output, suitable for regions with dual voltage power standard.
2. Employs a high efficiency toroidal transformer to reduce energy loss and extend battery system life.
3. Built in fault code display function allows users to quickly locate problems and reduce downtime.
4. Adjustable AC charging current from 0–30A with multiple operating modes to flexibly handle peak and off peak electricity prices and unstable grid environments.
5. Supports built in MPPT solar controller, simplifying system wiring and saving installation space.
6. Start up capability more than 3 times greater, easily powering stable operation of equipment with impact loads such as air conditioners and water pumps.
7. Wall mounted design saves space, suitable for quick installation and deployment in residential and small commercial environments.
8. Compatible with diesel/gasoline generators, ensuring continuous power supply in scenarios with weak or off grid power.
Here are LS split phase power supply inverter wiring:
Rate Power:15KW-40KW
Battery Voltage: DC192V/240V/384V
Output Voltage: AC110V/120V/220V/240V
Feature:
1. Employs a low frequency design, outputting a pure sine wave for high inverter efficiency, suitable for long term stable load operation.
2. Supports 110/220V or 120/240V split phase power output, meeting national dual voltage output standards.
3. Adjustable mains charging current from 0–20A, allowing users to flexibly match system configuration according to battery capacity and power consumption strategies.
4. Features both mains priority and inverter priority modes, adaptable to peak/valley electricity pricing, weak grids, and off grid scenarios.
5. Compatible with diesel/gasoline generators, maintaining stable power supply even in remote areas, areas experiencing power outages, and areas with severe voltage fluctuations.
6. Optional built in MPPT solar controller enables efficient solar charging and reduces external equipment and wiring costs.
7. Built in fault code display facilitates quick anomaly identification and improves maintenance efficiency.
8. Supports RS485 communication and APP monitoring (optional), enabling remote management and real time system status viewing.
Here are WF split phase power supply inverter wiring:
Split phase power supply features unique dual voltage output capability. It is suitable for countries and regions worldwide that support dual voltage standards, such as North America, South America, and parts of Asia. Many solar projects are widely used in diverse scenarios including homes, small businesses, remote areas, factories, and agriculture. In home scenarios, it can simultaneously meet the needs of small 110V/120V appliances such as lighting and televisions, and high power 220V/240V appliances such as air conditioners and electric water heaters, without the need for additional voltage conversion equipment. For example, it perfectly adapts to the daily electricity consumption and seasonal high power appliance use in North American homes. In small businesses such as supermarkets and restaurants, a single split phase inverter can power 110V/120V lighting and POS systems, and 220V/240V refrigeration and cooking equipment, simplifying the system, reducing costs, and ensuring stable operation during peak electricity demand. A split phase inverter can provide two voltages simultaneously within a single system, eliminating the need for additional transformers and complex wiring, reducing installation costs, and improving system stability. As a new type of power supply, it is highly favored by the solar market. Our split phase power inverter have accumulated a wealth of successful case studies and have been stably deployed in numerous solar projects.
Xindun is a solar inverter manufacturer. Our solar inverter are developed according to global voltage standards, including split phase inverter, single phase inverter, three phase inverter, off grid inverter, and hybrid inverter. They meet single phase, split phase, and three phase voltage output requirements. Whether your project or business needs inverter with a single standard voltage output or a multi-phase voltage output inverter, we can provide suitable solar solutions for areas with complex grid structures. Furthermore, we can provide complete OEM/ODM one on one customization services to meet specific customer needs, covering the global solar market.
