SOLIS BRAND
SOLIS S5-GR3P4K 4KW Three Phase On-Grid String Inverter
Original price was: ₦286,000.00.₦285,000.00Current price is: ₦285,000.00.The SOLIS S5-GR3P4K 4KW Three Phase On-Grid String Inverter is designed for solar installations that need energy conversion and three phase grid connection. Its 4KW power capacity suits residential properties, offices, retail spaces, and small commercial projects with compatible electrical systems. The inverter changes DC power from solar panels into AC electricity for a connected grid network.
Flexible String Solar System Design
The string inverter format gives installers an organized method for connecting solar panels. They can create panel strings according to the roof layout and system requirements. This design can simplify planning and help maintain a connection structure. Meanwhile, the three phase configuration suits buildings that use compatible three phase electrical infrastructure.
The SOLIS S5-GR3P4K 4KW Three Phase On-Grid String Inverter processes solar electricity during sunlight. Panels produce DC energy throughout suitable daylight conditions. The inverter converts that energy into AC power for the connected electrical system. Therefore, users can use generated solar electricity for compatible daytime loads.
Furthermore, the 4KW capacity provides a choice for projects with moderate energy demands. It works best when the solar array matches the inverter specifications. Installers should consider panel voltage, current, array size, and grid requirements during system planning. Correct sizing can support stable operation and efficient energy conversion.
Practical On-Grid Energy Management
The SOLIS S5-GR3P4K 4KW Three Phase On-Grid String Inverter works within a grid connected solar setup. This arrangement allows the property to generate renewable electricity while retaining access to the utility grid. As a result, users can support daytime energy requirements with available solar power and use grid electricity when needed.
In addition, the three phase design can suit properties with suitable distributed electrical loads. A planned system can help manage solar generation across the connected network. However, actual energy production depends on sunlight, panel quality, system design, temperature, and installation conditions.
Before installation, verify all electrical specifications. Check panel compatibility, string limits, operating voltage, current values, grid standards, and protection requirements. Professional installation can help ensure safe connections and correct configuration. Regular inspection can also support reliable performance.
Overall, this 4KW three phase string inverter offers a foundation for compatible solar projects. Its organized string design supports flexible installation planning. Its grid connected operation supports renewable energy use alongside existing electrical infrastructure. With proper sizing and installation, it can provide efficient solar conversion for energy needs. It can also support future planning when system requirements grow.
SOLIS S5-GR3P50K 50KW Three Phase On-Grid String Inverter
Original price was: ₦1,651,000.00.₦1,650,000.00Current price is: ₦1,650,000.00.High-Capacity 50KW Three Phase On-Grid String Inverter for Commercial Solar Systems
A 50KW Three Phase On-Grid String Inverter is designed for solar installations that require strong capacity, flexible string management, and dependable grid connection. It converts solar energy into usable three-phase electricity for commercial and industrial applications. This makes it suitable for offices, retail facilities, production areas, warehouses, educational buildings, and other properties with substantial daytime electricity use.
The system connects several solar strings to improve array organization and installation flexibility. Each string can follow a planned panel configuration based on voltage limits and site conditions. Consequently, installers can design the solar array around roof layout, panel direction, shading patterns, and available installation space.
Efficient Solar Power Management
A 50KW Three Phase On-Grid String Inverter manages solar generation throughout the operating day. It responds to changes in sunlight and adjusts conversion according to available photovoltaic power. This helps the system capture useful energy during different weather and sunlight conditions.
The three-phase structure supports balanced electricity delivery for commercial loads. It can work with existing electrical infrastructure when the installation meets the required technical specifications. Moreover, grid integration allows solar generation to operate with utility power. This approach can help businesses use more self-generated electricity during periods of strong solar production.
Flexible Installation and Monitoring
A 50KW Three Phase On-Grid String Inverter can fit projects where installers need organized string inputs and straightforward system management. Monitoring capabilities can provide useful information about generation and operating conditions. Therefore, users can review performance and respond to unusual changes more quickly.
The inverter also supports a scalable solar planning approach. Businesses can combine suitable panels, protection equipment, mounting structures, and electrical components to create a complete solar solution. Proper system design remains important for achieving safe and efficient operation.
Before purchasing or installing the inverter, check panel voltage, current limits, grid standards, phase requirements, protection equipment, and environmental conditions. Qualified professionals should handle electrical connections and commissioning. Regular inspection can also help maintain dependable performance over the operating life of the system.
It also supports organized energy planning for growing commercial demand.
Overall, this high-capacity inverter offers a practical option for commercial solar projects that need efficient DC-to-AC conversion and reliable three-phase grid integration. Its string-based architecture supports organized solar array design, while monitoring features can simplify performance checks. With correct sizing, professional installation, and routine maintenance, the system can support consistent solar generation and help commercial properties make better use of clean daytime energy.
SOLIS S5-GR3P5K 5KW Three Phase On-Grid String Inverter
Original price was: ₦311,000.00.₦310,000.00Current price is: ₦310,000.00.Practical Solar Power Management
The 5KW Three Phase On-Grid String Inverter is designed for solar installations that use three phase electrical systems. It changes electricity produced by photovoltaic panels from DC into AC power for compatible loads and grid connected applications. With a 5KW power class, it can support projects where the solar array and expected electrical demand fit within the system design.
Its string inverter format provides a straightforward way to organize solar panels into separate strings. This approach can make installation planning easier while keeping the overall system structure clear. In addition, the three phase output suits properties with compatible three phase distribution. Therefore, it can work well in selected homes, offices, shops, workshops, and small commercial buildings.
A properly planned solar system should include suitable panels, cables, isolators, protection equipment, grounding, and other required components. Installers should also confirm electrical compatibility before connecting the inverter. Local regulations and grid requirements should guide the final installation. These steps help create a safer and more dependable solar energy setup.
Designed for Grid Connected Applications
The 5KW Three Phase On-Grid String Inverter can support daily solar energy use while working with a compatible utility grid. During suitable conditions, solar generation can supply connected electrical loads. Any remaining energy flow depends on the system design, local rules, and available grid arrangements. Consequently, professional system assessment remains important before purchase and installation.
The inverter fits projects where users want a clear and scalable solar architecture. Its string based configuration can help installers organize panel connections and service individual sections when required. Moreover, a well designed installation can provide efficient energy conversion while maintaining an orderly electrical layout.
For long term operation, place the unit in a suitable location and follow the installation guidance for spacing, ventilation, wiring, and environmental protection. Periodic checks can help identify connection or system issues early. Users should also ensure that the solar array matches the inverter’s permitted electrical parameters.
Overall, the 5KW Three Phase On-Grid String Inverter offers a practical option for compatible three phase photovoltaic projects. It combines a 5KW capacity with a string based grid connected design. With correct sizing, professional installation, and suitable system components, it can support reliable solar energy conversion for residential and commercial applications. This approach also helps maintain a simple system layout and supports easier inspection when routine servicing or troubleshooting becomes necessary efficiently.
SOLIS S5-GR3P60K 60KW Three Phase On-Grid String Inverter
Original price was: ₦2,051,000.00.₦2,050,000.00Current price is: ₦2,050,000.00.High-Capacity Grid-Tied Solar Solution for Commercial Use
The S5-GR3P60K 60KW Three Phase On-Grid String Inverter is designed for solar projects that need high conversion capacity and dependable grid-connected performance. It receives DC power from photovoltaic panels and converts it into AC electricity for three-phase applications. Therefore, it can support businesses that want to increase solar usage during productive daytime hours.
This solution can fit commercial buildings, industrial facilities, agricultural operations, educational sites, and other locations with substantial electricity consumption. Its three-phase architecture supports organized power delivery. In addition, the string-based design allows installers to plan panel connections according to the solar array layout.
A well-planned system can improve energy utilization and help reduce unnecessary grid consumption. However, correct system sizing remains essential. Installers should consider panel capacity, local grid conditions, operating voltage, cable requirements, and expected energy demand before installation.
Flexible Design and Reliable Daily Energy Conversion
The S5-GR3P60K 60KW Three Phase On-Grid String Inverter provides a practical approach for large photovoltaic installations. Its high power rating supports projects where several solar strings work together to produce substantial daytime energy. Moreover, string-level planning can make system inspection and troubleshooting more manageable.
Performance monitoring can help operators understand energy production and identify unusual operating conditions. Consequently, routine checks become easier and maintenance teams can respond to issues more quickly. Proper ventilation also matters because suitable installation conditions support consistent operation.
The inverter should be installed by qualified professionals who understand local electrical standards and grid requirements. Correct grounding, protection devices, cable selection, and system configuration all contribute to safe operation. Regular maintenance can also help preserve dependable performance throughout the project lifecycle.
It also supports scalable project planning because installers can organize multiple panel strings around available roof or ground space. This flexibility can simplify future expansion decisions when site conditions allow. Before commissioning, teams should verify connections, protection settings, and grid compatibility. After installation, scheduled inspections can help maintain stable output. These steps support safer operation and consistent energy production throughout the year for demanding commercial applications.
For organizations seeking a high-capacity grid-connected solar system, this inverter offers a balanced combination of power capacity, flexible string configuration, and practical management. The S5-GR3P60K 60KW Three Phase On-Grid String Inverter can support commercial energy goals when paired with a correctly designed photovoltaic array and suitable electrical infrastructure. With careful planning, it can contribute to efficient solar generation and better daytime energy management.
SOLIS S5-GR3P6K 6KW Three Phase On-Grid String Inverter
Original price was: ₦335,100.00.₦335,000.00Current price is: ₦335,000.00.Reliable Solar Conversion for Three Phase Systems
The 6KW Three Phase On-Grid String Inverter is designed for photovoltaic installations that connect with compatible three phase electrical systems. It converts solar panel output from DC into AC for connected loads and grid operation. This approach helps users use solar generation through a structured design.
The 6KW Three Phase On-Grid String Inverter works well for selected homes, offices, retail stores, workshops, and commercial facilities. Its 6KW capacity suits projects with moderate solar generation requirements. Furthermore, the three phase configuration supports three phase power distribution.
Its string based architecture can simplify solar panel grouping and system planning. Installers can arrange compatible panels into suitable strings according to the electrical design. However, each installation needs attention to voltage, current, power limits, cable sizing, grounding, and protection equipment. These checks support safe system operation.
During daylight hours, solar panels produce DC electricity. The inverter converts that electricity into AC power for compatible electrical circuits. When grid conditions allow, the system can operate alongside the utility supply. Therefore, users can integrate solar generation into their existing setup while following local connection requirements.
Smart Choice for Organized Solar Projects
The 6KW Three Phase On-Grid String Inverter supports a clear and manageable approach to solar installation. Its string design can help keep panel connections organized. It can also make inspection and maintenance easier.
For consistent operation, choose a suitable installation location with proper airflow and adequate protection. Avoid areas with unsuitable moisture, excessive heat, or restricted ventilation. Follow recommended clearance requirements around the equipment. Regular system checks can help maintain reliable operation and identify potential electrical issues early.
This inverter can suit projects where users want to expand solar energy use without adding unnecessary system complexity. It can support residential properties and small commercial applications. Moreover, a professional installer can assess energy demand, panel capacity, grid connection, and electrical infrastructure.
The 6KW Three Phase On-Grid String Inverter can form an important part of a properly designed solar power system. Correct sizing ensures the photovoltaic array matches the inverter’s electrical limits. Suitable protection devices and professional wiring also support safe operation.
Overall, this 6KW class solution offers practical solar conversion for compatible three phase applications. It combines a structured string configuration with grid connected functionality. As a result, it supports efficient energy use, organized planning, and straightforward maintenance. With suitable components and professional installation, it supports modern photovoltaic projects.
SOLIS S5-GR3P70K 70KW Three Phase On-Grid String Inverter
Original price was: ₦2,451,000.00.₦2,450,000.00Current price is: ₦2,450,000.00.Commercial Solar Power for Large Energy Needs
The SOLIS S5-GR3P70K 70KW Three Phase On-Grid String Inverter is designed for large photovoltaic systems that require dependable grid-connected power conversion. It converts solar panel output from DC into AC electricity for compatible three-phase applications. As a result, it can support commercial and industrial sites with significant daytime electricity consumption.
This inverter can suit factories, offices, warehouses, agricultural facilities, educational buildings, and other properties. Its 70KW capacity provides substantial conversion capability for larger solar arrays. Furthermore, the three-phase design helps distribute generated electricity across suitable electrical loads.
The string configuration gives installers flexibility during system planning. They can organize panel strings according to available roof or ground space. Therefore, the installation can adapt to different project layouts and solar array designs.
Reliable Operation and Practical Installation
The SOLIS S5-GR3P70K 70KW Three Phase On-Grid String Inverter supports efficient energy conversion when installers follow correct system requirements. A suitable photovoltaic array should match the inverter voltage, current, and capacity limits. In addition, the project should consider grid specifications, cable sizing, protection devices, and expected load demand.
Proper installation can improve system reliability. Qualified professionals should check electrical connections, grounding, ventilation, and protection settings before commissioning. Moreover, local grid regulations should guide the final installation process.
Monitoring operating information can help users understand solar production and system performance. Consequently, operators can notice unusual conditions during routine checks. Regular maintenance also helps keep connections secure and supports stable operation.
Site planning remains important for large solar projects. Teams should review available installation space, shading conditions, cable routes, and future energy requirements. These details can help create a practical system layout and improve solar energy utilization carefully.
A high-capacity grid-connected inverter can help businesses use more solar electricity during daytime operations. It may also reduce dependence on grid power when solar generation meets part of the site’s demand. However, actual energy output depends on sunlight, panel configuration, installation quality, grid conditions, and other project factors.
For larger renewable energy projects, the SOLIS S5-GR3P70K 70KW Three Phase On-Grid String Inverter offers high conversion capacity and flexible string-based planning. Its three-phase architecture supports suitable commercial applications, while professional installation helps maintain safe and consistent performance.
By combining careful sizing, correct installation, regular monitoring, and scheduled maintenance, project owners can develop an organized solar power system. This approach can support reliable daytime generation and better use of available solar resources.
SOLIS S5-GR3P80K 80KW Three Phase On-Grid String Inverter
Original price was: ₦2,910,000.00.₦2,900,000.00Current price is: ₦2,900,000.00.Smart System Design
The 80KW Three Phase On-Grid String Inverter offers a powerful option for solar projects that require three-phase grid integration. It is intended for systems where solar electricity feeds building loads and connects with the public electricity network. The 80KW capacity makes this model relevant to larger commercial and industrial installations with strong daytime energy demand.
The 80KW Three Phase On-Grid String Inverter uses a string-based architecture for practical PV system planning. Installers can arrange solar modules into separate strings according to the project design. This structure can make testing and maintenance more organized. It can also help technicians identify performance issues within specific sections of the array.
A three-phase on-grid inverter supports balanced electrical distribution when the system is correctly designed. Therefore, engineers should review the site’s load profile before selecting the equipment. They should also check panel voltage, operating current, string length, grid voltage, frequency, and protection requirements. These details help create a safe and compatible installation.
Built for Commercial Solar Applications
The 80KW Three Phase On-Grid String Inverter can support solar installations across commercial facilities, warehouses, workshops, farms, offices, and industrial properties. During daylight hours, solar generation can supply connected loads and reduce the amount of electricity drawn from the grid. When production changes, the grid can continue supporting the electrical demand according to the site’s operating setup.
Good monitoring practices can further improve system management. Users can review operating information and identify unusual performance. Meanwhile, technicians can use system data during inspections and maintenance. Proper installation remains essential. The inverter should receive correct grounding, suitable protection, adequate airflow, and secure mounting.
Before selecting this 80KW inverter, confirm the latest technical datasheet and regional requirements. Specifications can vary by market or product revision. Check maximum DC voltage, MPPT range, input current, output voltage, efficiency, communication interfaces, protection features, enclosure rating, and certification requirements. Also, confirm whether the model matches the intended PV modules and local grid rules.
With careful planning, this three-phase string inverter can become part of a dependable solar generation system. It provides a structured solution for projects that need high-capacity grid-connected solar power without battery storage. Its application-focused design can help businesses use more renewable electricity during productive hours while maintaining a connection to the existing electrical network.
It can support future planning when the site may expand its solar capacity or increase daytime electricity consumption.
SOLIS S5-GR3P8K 8KW Three Phase On-Grid String Inverter
Original price was: ₦381,000.00.₦380,000.00Current price is: ₦380,000.00.Reliable On-Grid Energy Management
The SOLIS S5-GR3P8K 8KW Three Phase On-Grid String Inverter provides a practical way to connect solar generation with a three phase electrical grid. Its 8KW power capacity makes it suitable for homes with higher consumption, offices, retail spaces, workshops, and other properties that need efficient daytime energy. The unit focuses on dependable conversion, organized installation, and easy system supervision.
Efficient Energy Management for Grid Systems
Solar panels produce direct current, while most building loads use alternating current. This inverter manages that conversion efficiently and sends usable solar power into the connected electrical system. Therefore, it can help reduce dependence on conventional grid electricity during suitable daylight conditions. Its string design also supports flexible panel arrangement and easier system planning.
The SOLIS S5-GR3P8K 8KW Three Phase On-Grid String Inverter is built for projects where stable performance and practical operation are important. Installers can plan panel strings according to the site layout and electrical requirements. This approach can help improve installation organization while making future inspection more convenient. In addition, monitoring features allow users to review important operating information and observe energy production.
Simple Installation and Dependable Operation
A three phase configuration helps distribute solar power across compatible electrical phases. This makes the inverter a useful option for properties with three phase connections and balanced energy requirements. Furthermore, its compact design can support efficient use of installation space. Professional installation remains essential because correct wiring, grounding, protection, and configuration affect overall system safety.
The inverter can serve different solar projects, from larger residential rooftops to commercial buildings and small business facilities. Its on-grid operation focuses on daytime solar generation without requiring a standalone battery system. As a result, it can be integrated into projects that prioritize direct solar consumption and grid interaction.
The SOLIS S5-GR3P8K 8KW Three Phase On-Grid String Inverter offers a combination of capacity, three phase compatibility, string-based design, and monitoring support. It can help create a structured solar power system with efficient energy conversion. Before purchase, users should confirm panel voltage, current limits, grid specifications, and local installation requirements. Proper sizing also helps maintain dependable operation and supports better energy output.
With suitable system design, this inverter can contribute to consistent solar generation and improved energy utilization. Regular inspection, clean installation conditions, and appropriate electrical protection can further support performance. Overall, it provides a practical solution for grid-connected solar projects that require efficient conversion, organized management, and long-term usability.
SOLIS S6-E01P5K-48 5KW 48V PV 5000W 500VDC Off-Grid Inverter
Original price was: ₦590,000.00.₦580,000.00Current price is: ₦580,000.00.The SOLIS S6-E01P5K-48 5KW 48V PV 5000W 500VDC Off-Grid Inverter offers a strong foundation for solar systems that need reliable energy conversion and battery support. Its 48V design works with compatible battery banks, while the 500VDC photovoltaic input provides useful flexibility for solar panel configuration. With a 5KW rated output, the unit can support many household loads when the complete system meets the required electrical specifications. This makes it suitable for planned off-grid installations and backup power applications.
Efficient Energy Use for Off-Grid Applications
The SOLIS S6-E01P5K-48 5KW 48V PV 5000W 500VDC Off-Grid Inverter helps users make practical use of solar energy in areas with limited grid access. It can form part of a complete setup that includes photovoltaic panels, batteries, protection devices, and compatible electrical loads. The 48V battery architecture provides a common platform for energy storage, while the 5KW capacity offers useful power for appliances. For example, a properly sized system can support lighting, networking equipment, refrigeration, fans, pumps, televisions, computers, and other suitable loads and equipment.
Moreover, the 500VDC PV input rating gives installers flexibility when arranging solar modules within the approved operating range. Correct panel configuration remains important because voltage and current must stay within the specified limits. Users should also consider battery capacity, expected load demand, cable sizing, and protection requirements before installation. These steps help create a safer and more dependable renewable energy system.
Flexible Setup for Home and Backup Power
The SOLIS S6-E01P5K-48 5KW 48V PV 5000W 500VDC Off-Grid Inverter suits homes, remote properties, workshops, agricultural sites, small offices, and backup power installations. Its off-grid configuration allows users to build an energy system around available solar resources and suitable battery storage. As a result, the inverter can support greater control over how stored and generated power reaches connected equipment.
Installation should follow the technical specifications and applicable electrical safety practices. Use compatible batteries, photovoltaic modules, breakers, fuses, cables, grounding, and other protective components. In addition, keep the connected load within the rated output and follow the recommended PV voltage range. Regular checks can help maintain reliable operation and identify connection or system issues early.
Overall, this 5KW off-grid inverter provides a practical option for solar energy projects that need a 48V battery connection, high-voltage PV input, and dependable power conversion. Its combination of capacity and configuration flexibility makes it useful for carefully planned renewable power systems.
SOLIS S6-EH1P12K03-NV-YD-L 12KW Single Phase 48V/51.2V Hybrid Inverter 550V PV 24KW 3 MPPT
Original price was: ₦2,451,000.00.₦2,450,000.00Current price is: ₦2,450,000.00.Reliable Single-Phase Hybrid Energy Conversion
SOLIS S6-EH1P12K03-NV-YD-L 12KW Single Phase 48V/51.2V Hybrid Inverter 550V PV 24KW 3 MPPT offers a high-capacity option for solar systems that combine photovoltaic generation with battery storage. The 12KW single-phase output supports energy systems that need substantial power conversion for daily loads or backup applications. Furthermore, support for 48V and 51.2V batteries provides flexibility when planning an energy storage system. The 550V PV input also gives installers a clear voltage range for suitable solar array design, while the 24KW PV capacity supports a larger solar generation setup.
The SOLIS S6-EH1P12K03-NV-YD-L 12KW Single Phase 48V/51.2V Hybrid Inverter 550V PV 24KW 3 MPPT uses three MPPT channels to provide flexible solar string planning. Therefore, installers can arrange different PV sections according to system layout and available installation space. Multiple MPPT channels can also help manage solar arrays with different orientations when the electrical design supports them. Always verify voltage, current, cable sizing, protection, and battery specifications before installation.
Practical Design for Solar and Battery Systems
The SOLIS S6-EH1P12K03-NV-YD-L 12KW Single Phase 48V/51.2V Hybrid Inverter 550V PV 24KW 3 MPPT suits a range of solar applications where users need coordinated PV generation, battery storage, and electrical load management. It can support residential properties, commercial spaces, backup systems, and other projects with compatible single-phase electrical requirements. Meanwhile, the hybrid design provides a practical way to integrate solar energy and stored power within one system architecture.
Moreover, the 24KW PV rating gives system planners additional capacity for larger solar arrays. The three MPPT inputs can support organized string distribution across available panel sections. In addition, the 48V and 51.2V battery options can help installers select a compatible storage configuration based on project requirements. Proper system sizing remains essential because results depend on solar conditions, battery capacity, load demand, wiring, and installation quality.
For safe operation, use suitable breakers, fuses, grounding, cables, and other protection equipment according to the installation design. Professional installation can also help ensure correct electrical connections and configuration. Overall, this inverter combines 12KW single-phase output, 550V PV input, 24KW solar capacity, three MPPT channels, and flexible 48V or 51.2V battery support for demanding hybrid solar energy projects. It can also help organize energy resources around usage patterns and backup priorities. Before commissioning, confirm that every component matches the required electrical ratings. Following installation practices supports stable operation and helps protect equipment across solar generation and load conditions.
SOLIS S6-EH1P16K03-NV-YD-L 16KW Single Phase Low Voltage Hybrid Inverter
Original price was: ₦2,710,000.00.₦2,700,000.00Current price is: ₦2,700,000.00.Powerful Single-Phase Hybrid Energy Solution
SOLIS S6-EH1P16K03-NV-YD-L 16KW Single Phase Low Voltage Hybrid Inverter delivers high-capacity power conversion for solar systems that combine photovoltaic generation and battery storage. With a 16KW output rating, it can support substantial electrical requirements when the complete system matches its specifications. Moreover, its single-phase configuration makes it suitable for compatible single-phase energy installations. The low voltage hybrid architecture also provides flexibility for projects that use low voltage battery storage.
The SOLIS S6-EH1P16K03-NV-YD-L 16KW Single Phase Low Voltage Hybrid Inverter allows system planners to build energy solutions around solar production, battery storage, and electrical load requirements. Therefore, users can consider different system layouts based on available installation space, energy consumption, and backup needs. Battery selection should always match the inverter’s required voltage, current, capacity, and operating specifications.
Furthermore, hybrid energy management can help organize available solar power and stored energy within a suitable system design. This setup can support daily energy usage while also providing a practical foundation for backup applications. Installers should confirm all electrical ratings before connecting PV equipment, batteries, and loads. Correct planning helps support safe and efficient operation.
Versatile Applications for Modern Energy Systems
SOLIS S6-EH1P16K03-NV-YD-L 16KW Single Phase Low Voltage Hybrid Inverter can serve residential, commercial, backup, and other compatible solar energy applications. Its 16KW capacity provides substantial power conversion for systems with appropriately sized loads. Meanwhile, low voltage battery compatibility gives installers flexibility when selecting a suitable energy storage configuration. As a result, system designers can create solutions around specific energy requirements and available battery capacity.
The SOLIS S6-EH1P16K03-NV-YD-L 16KW Single Phase Low Voltage Hybrid Inverter can also support projects that aim to combine solar generation with stored energy. Users can plan their systems according to consumption patterns, backup priorities, and local solar availability. In addition, the single-phase design can simplify planning for compatible electrical installations.
For safe operation, installers should use suitable cables, protective devices, grounding, disconnects, and battery safety equipment. Moreover, professional installation can help maintain correct wiring and configuration. Always follow the product specifications and applicable electrical standards during installation.
Overall, this inverter combines 16KW power capacity, single-phase operation, low voltage battery compatibility, and hybrid energy management in one practical solution. Its high output can support demanding applications when the complete system receives proper sizing. Actual performance depends on battery configuration, solar resources, electrical loads, wiring, operating conditions, and installation quality. Therefore, careful system planning remains essential before commissioning. With appropriate components and installation practices, it can provide a flexible foundation for solar generation, energy storage, and backup power requirements.
SOLIS S6-EH1P6K-L-PLUS 6KW Single Phase 48V/51.2V Hybrid Inverter 500V PV 12KW 2 MPPT
Original price was: ₦1,827,000.00.₦1,826,000.00Current price is: ₦1,826,000.00.The SOLIS S6-EH1P6K-L-PLUS 6KW Single Phase 48V/51.2V Hybrid Inverter 500V PV 12KW 2 MPPT is designed for solar installations that combine solar generation with battery storage. It provides a 6KW single-phase output and supports compatible 48V or 51.2V battery systems. With up to 12KW PV capacity and two MPPT channels, the inverter gives installers flexibility when designing solar arrays. It can support residential energy systems, backup applications, and other projects needing solar power and stored energy.
Advanced Solar Input and Dual MPPT
The SOLIS S6-EH1P6K-L-PLUS 6KW Single Phase 48V/51.2V Hybrid Inverter 500V PV 12KW 2 MPPT supports a high PV input capacity of up to 12KW. Its 500V PV rating allows compatible solar panels to work within the required voltage range. Installers can use the two MPPT channels to manage separate solar array sections. This arrangement can help when panels face different directions or experience different sunlight conditions.
The dual MPPT configuration also provides planning flexibility for rooftops and solar installations. Users can arrange suitable panels according to available space while keeping each PV input within its electrical limits. Proper system design remains important because voltage, current, cable sizing, and protection must match the installation requirements.
The 6KW single-phase output can support a range of compatible household and small-site loads. Depending on system sizing, these may include lighting, fans, refrigeration, computers, communication equipment, pumps, and other electrical devices. Users should calculate load demand before installation.
Flexible Battery Storage and Backup Power
The SOLIS S6-EH1P6K-L-PLUS 6KW Single Phase 48V/51.2V Hybrid Inverter 500V PV 12KW 2 MPPT supports both 48V and 51.2V battery systems, giving users flexibility when selecting compatible energy storage. Batteries can store solar energy for later consumption. This feature can help maintain power availability when sunlight decreases or when the solar array cannot meet current demand.
The hybrid configuration makes the inverter suitable for homes, offices, workshops, remote properties, and backup power systems. Users can build a system around their energy needs, solar capacity, and battery storage. Furthermore, combining solar generation with energy can provide control over electricity use.
For safe installation, use compatible batteries, PV modules, cables, breakers, fuses, grounding components, and sized loads. Follow the technical specifications and installation requirements carefully. Professional installation can help ensure proper connections and electrical protection. Overall, this hybrid inverter provides 6KW output, 12KW PV support, 500V solar input, dual MPPT operation, and flexible battery compatibility for energy storage systems.
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