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SOLIS Smart Sensor Box Environmental Monitoring Interface Module
Original price was: ₦251,000.00.₦250,000.00Current price is: ₦250,000.00.Smart Environmental Data Integration
SOLIS Smart Sensor Box Environmental Monitoring Interface Module offers a practical way to connect compatible environmental sensors with a solar monitoring setup. It helps create an interface for collecting environmental information around a photovoltaic installation. Therefore, system operators can gain additional data that supports solar performance observation and operational analysis. The module can serve as a useful component for installations that require environmental information alongside standard system monitoring.
The SOLIS Smart Sensor Box Environmental Monitoring Interface Module can connect suitable monitoring equipment according to the supported system configuration. Environmental conditions can change throughout the day, and these changes may influence solar generation. By collecting relevant sensor information, users can better understand the conditions surrounding their solar installation. Moreover, environmental data can provide useful context when reviewing changes in photovoltaic performance.
This interface module can support organized data collection for compatible solar projects. Installers should verify sensor specifications, communication methods, supported connections, and system requirements before commissioning. Proper compatibility ensures that connected monitoring equipment can work correctly with the complete installation.
Practical Monitoring for Solar Energy Projects
SOLIS Smart Sensor Box Environmental Monitoring Interface Module can support different solar applications, including residential, commercial, industrial, and other compatible photovoltaic projects. It provides a structured interface for environmental monitoring equipment, allowing installers to build a suitable data collection setup. Furthermore, environmental information can support system analysis by giving operators additional insight into surrounding operating conditions.
The SOLIS Smart Sensor Box Environmental Monitoring Interface Module can also help maintenance teams review environmental information alongside solar production data. This approach can make performance observation more informative because users can consider both energy output and surrounding conditions. As a result, collected data may assist with operational reviews and maintenance planning.
However, actual monitoring capabilities depend on compatible sensors, communication interfaces, system configuration, and technical specifications. Users should confirm all requirements before installation. In addition, correct wiring and communication connections remain important for reliable data transmission.
For safe and dependable operation, installers should use appropriate cables, connectors, protection equipment, and grounding according to the system design. Professional installation can help confirm correct connections and configuration. Always follow the manufacturer’s installation instructions and applicable electrical standards.
Overall, this module provides a practical solution for integrating environmental monitoring into compatible solar energy systems. It can help connect suitable sensors and provide environmental information that supports system observation and analysis. Proper sensor selection, compatibility checks, installation, and configuration remain essential. With a suitable monitoring setup, users can gain broader visibility into environmental conditions and use collected information to better understand solar system operation over different periods and changing conditions.
SOLIS Solis-3P Meter-E-CT*3 Acrel 3 Phase Energy Meter For 80KW-110KW Systems
Original price was: ₦410,000.00.₦400,000.00Current price is: ₦400,000.00.SOLIS Solis-3P Meter-E-CT*3 Acrel 3 Phase Energy Meter For 80KW-110KW Systems offers advanced monitoring capabilities for demanding energy environments. It helps users manage power distribution effectively and maintain greater control over electrical operations. The meter gathers essential performance data and presents clear information for analysis.
In addition, real-time measurement supports quick response to changing energy conditions. Users can evaluate system output and adjust operational strategies when needed. This proactive approach improves efficiency and supports stable performance throughout the year. The meter also helps identify irregular energy patterns before they become larger issues.
SOLIS Solis-3P Meter-E-CT*3 Acrel 3 Phase Energy Meter For 80KW-110KW Systems is built for durability and dependable operation. Its robust construction supports continuous use in commercial and industrial settings. The device performs consistently under demanding conditions and delivers trustworthy results. Businesses that require accurate monitoring can benefit from its reliable performance and practical functionality. With strong measurement accuracy and efficient data tracking, this energy meter supports smarter energy management and improved system productivity.
SOLIS SolisCloud Monitoring Platform Annual License Commercial Package
Original price was: ₦75,100.00.₦75,000.00Current price is: ₦75,000.00.Annual Cloud Monitoring for Solar Systems
SOLIS SolisCloud Monitoring Platform Annual License Commercial Package offers a convenient digital monitoring solution for compatible commercial solar energy systems. The annual license provides access to the applicable monitoring platform for the defined subscription period. Therefore, businesses can use a structured digital environment to review available information from connected solar equipment.
The SOLIS SolisCloud Monitoring Platform Annual License Commercial Package can help commercial operators monitor available system data without depending entirely on physical site inspections. This approach can make routine observation more convenient, especially when solar equipment operates across larger commercial installations. Moreover, centralized digital monitoring can support performance reviews and maintenance planning based on available system information.
The platform can display or provide access to supported information according to connected equipment, account settings, network availability, and applicable platform functions. Users should verify the exact features included with the commercial license before activation. Furthermore, compatible equipment and proper communication remain essential for receiving available system data.
Practical Management for Commercial Solar Monitoring
SOLIS SolisCloud Monitoring Platform Annual License Commercial Package can support businesses, organizations, and other commercial users with compatible solar installations. Commercial systems can benefit from organized access to operating information because regular monitoring can help teams review system conditions more conveniently. As a result, operators can use available information to support routine observation and maintenance workflows.
The SOLIS SolisCloud Monitoring Platform Annual License Commercial Package provides annual access according to the applicable licensing terms. This subscription structure gives businesses a defined period for planning their monitoring service. In addition, cloud-based access can provide flexibility for users who need to review available system information from different locations.
Before purchasing or activating the license, users should confirm supported equipment, account requirements, included functions, subscription conditions, and network requirements. Actual platform capabilities can vary according to the connected system and configured services. Therefore, careful verification can help ensure the package matches the intended commercial application.
For secure and reliable use, administrators should protect account credentials and follow recommended configuration practices. Compatible equipment should also maintain a suitable communication connection with the monitoring platform. Professional setup can help confirm correct system integration and account configuration.
Overall, this annual commercial package provides a practical digital monitoring option for compatible solar energy installations. It can help commercial users access available system information, support routine system observation, and organize maintenance activities through a centralized monitoring environment. Proper license activation, equipment compatibility, account management, network connectivity, and platform configuration remain essential. With appropriate setup, businesses can maintain convenient monitoring access throughout the active annual subscription period and use available system information to support regular operational reviews.
SOLIS SolisCloud Pro Monitoring Gateway Multi-Inverter Monitoring Device
Original price was: ₦211,000.00.₦210,000.00Current price is: ₦210,000.00.Advanced Multi-Inverter Data Management
SOLIS SolisCloud Pro Monitoring Gateway Multi-Inverter Monitoring Device offers a convenient way to connect and monitor multiple compatible inverter units within a centralized monitoring environment. It can help collect available information from connected equipment and provide organized access to system data. Therefore, operators can review multiple inverter systems through a coordinated monitoring setup. This approach can make system observation more practical for installations with several connected devices.
The SOLIS SolisCloud Pro Monitoring Gateway Multi-Inverter Monitoring Device can support solar projects where centralized communication provides better visibility across connected equipment. Instead of reviewing each inverter separately, users can access available information through the supported monitoring environment. Moreover, multi-inverter communication can help maintenance teams observe operating conditions across a larger installation.
The gateway can provide a structured communication path between compatible inverters and the monitoring platform. This arrangement can support system observation, data review, and routine maintenance planning. However, available functions depend on compatible equipment, network conditions, communication configuration, and supported monitoring services. Always confirm compatibility before installation.
Efficient Monitoring for Multiple Inverters
SOLIS SolisCloud Pro Monitoring Gateway Multi-Inverter Monitoring Device can support suitable residential, commercial, industrial, and other solar energy projects that include multiple compatible inverters. Its centralized approach can help users organize available operating information within one monitoring environment. Furthermore, this setup can simplify system observation when several inverter units operate together.
The SOLIS SolisCloud Pro Monitoring Gateway Multi-Inverter Monitoring Device can help operators review available data across connected equipment. As a result, users can gain a broader view of system operation and identify information that may require further attention. Centralized monitoring can also support maintenance teams when they need to review multiple devices from one location.
Before installation, users should verify compatible inverter models, communication requirements, network connections, supported monitoring functions, and system configuration. Stable communication remains important for dependable data transmission. In addition, installers should configure the gateway according to the manufacturer’s technical instructions.
For reliable operation, use suitable communication cables, network equipment, power connections, and protective components according to the installation design. Professional installation can help confirm correct connections and communication settings. Moreover, following applicable electrical and networking requirements can support stable system performance.
Overall, this gateway provides a practical centralized monitoring solution for compatible multi-inverter solar installations. It can help organize available inverter information and simplify system observation through a coordinated monitoring environment. Its multi-device communication capability can support projects that need broader visibility across several inverter units. Proper compatibility checks, network availability, communication configuration, and installation practices remain essential for dependable monitoring. With a suitable system setup, operators can manage available data more conveniently and support regular monitoring and maintenance activities.
SOLIS WiFi/LAN Hybrid Data Logger Stick Dual Communication Module
Original price was: ₦175,100.00.₦175,000.00Current price is: ₦175,000.00.Reliable WiFi and LAN Connectivity
SOLIS WiFi/LAN Hybrid Data Logger Stick Dual Communication Module offers a flexible communication solution for compatible hybrid energy systems. It combines WiFi and LAN connectivity in one data logging module, allowing users to select a suitable network connection. Therefore, installers can adapt the communication setup according to the site’s available network infrastructure. This flexibility can support convenient system monitoring and data communication.
The SOLIS WiFi/LAN Hybrid Data Logger Stick Dual Communication Module can provide a communication link between compatible hybrid equipment and an available network. WiFi connectivity can offer a convenient wireless option where suitable coverage exists. Meanwhile, LAN connectivity can provide a wired alternative for installations that require a direct network connection. Moreover, having two communication options can make network planning more flexible across different installation environments.
The data logger can support monitoring by transferring available system information through the configured network connection. As a result, users can access suitable operational information and review system conditions more conveniently. Always verify compatible equipment, network requirements, communication settings, and supported functions before installation.
Practical Hybrid System Monitoring
SOLIS WiFi/LAN Hybrid Data Logger Stick Dual Communication Module can fit residential, commercial, and other compatible hybrid energy applications. Its dual communication design gives installers more flexibility when planning system connectivity. Furthermore, users can select WiFi or LAN according to network availability, installation conditions, and preferred connection methods.
The SOLIS WiFi/LAN Hybrid Data Logger Stick Dual Communication Module can help organize communication between suitable hybrid equipment and the monitoring network. This connection can support easier access to available system information. Therefore, operators can review operating data and monitor compatible equipment from an appropriate connected environment.
However, the exact monitoring capabilities depend on the connected equipment, network configuration, software support, and communication specifications. Stable network access also plays an important role in maintaining reliable data transmission. Users should confirm all requirements before commissioning.
For proper installation, use suitable network connections and follow the manufacturer’s technical instructions. Professional installation can help verify compatibility, communication settings, and correct equipment connection. In addition, installers should maintain suitable network security practices when configuring connected devices.
Overall, this module provides a practical dual communication solution for compatible hybrid energy systems. WiFi and LAN connectivity give users flexible options for establishing a suitable monitoring connection. Its compact data logging role can support convenient system communication and operational observation. Proper configuration, compatible equipment, stable network access, and correct installation remain essential for dependable performance. By selecting the appropriate communication method, users can create a monitoring setup that fits their site’s network conditions and system requirements.
SRNE 1.5KW/12V 60A MPPT 108VDC Hybrid Inverter
Original price was: ₦490,000.00.₦489,000.00Current price is: ₦489,000.00.Reliable Solar Conversion for Backup Power
The SRNE 1.5KW/12V 60A MPPT 108VDC Hybrid Inverter provides a practical way to manage solar energy, battery storage, and AC loads. Its 1.5KW inverter capacity suits household, office, and remote applications. The 12V battery setup offers a straightforward option for smaller energy systems. Meanwhile, the 60A MPPT charger helps improve solar charging performance with compatible panel configurations.
MPPT technology continuously tracks the available solar power point. Therefore, the charger can respond when sunlight changes during the day. The 108VDC solar input also gives installers useful flexibility when planning the panel array. Still, users should confirm voltage limits and system compatibility before connecting any equipment.
Flexible Energy Management for Daily Use
The SRNE 1.5KW/12V 60A MPPT 108VDC Hybrid Inverter combines several key functions in one unit. It can direct solar energy toward battery charging while also supplying suitable connected loads. When solar production changes, the system can manage available energy according to its configured operating mode. Consequently, users can organize their solar resources more effectively.
This inverter can support backup applications in homes and small workspaces. It can power compatible lighting, fans, networking devices, and other essential loads. In remote locations, it can also help reduce dependence on grid electricity. Furthermore, solar charging allows users to replenish battery energy during suitable daylight conditions.
System planning remains important for reliable operation. Start by checking the required battery voltage and capacity. Then, calculate the total load and expected daily energy use. Select solar panels that remain within the controller’s input limits. Also, use correctly rated cables, breakers, fuses, and other protective components. These steps help improve safety and system stability.
The 60A MPPT charging section supports efficient energy collection for suitable 12V battery systems. At the same time, the inverter converts stored DC power into usable AC electricity. This combination can reduce the need for separate equipment and simplify system design. In addition, a clean installation area with good ventilation helps maintain suitable operating conditions.
The SRNE 1.5KW/12V 60A MPPT 108VDC Hybrid Inverter suits users seeking a compact solar solution with charging and power conversion functions. It can support backup energy needs when matched with compatible components. Always follow the product specifications and recommended installation practices. With proper sizing, protection, and maintenance, this hybrid inverter can provide practical solar energy management for everyday applications. Its compact format can also help simplify installation planning for solar systems.
SRNE 100A MPPT Charge Controller
Original price was: ₦517,000.00.₦516,000.00Current price is: ₦516,000.00.Efficient MPPT Charging for Modern Solar Systems
The SRNE 100A MPPT Charge Controller is designed for solar power systems that need efficient charging and dependable energy management. Its MPPT technology helps capture more usable energy from connected solar panels. It continuously adjusts charging operation according to available solar conditions. Therefore, the system can make better use of changing sunlight during daily operation.
A 100A charging capacity makes this controller suitable for larger battery storage applications. It can work with properly sized solar arrays and battery banks when the system follows its electrical specifications. The controller helps manage energy flow between solar panels and batteries. As a result, users can maintain a more organized and efficient charging process.
The SRNE 100A MPPT Charge Controller can support different applications, including residential backup power, small commercial systems, agricultural installations, and remote solar projects. Its practical design makes it useful where reliable battery charging is important. Moreover, system monitoring features can help users understand charging activity and operating conditions without unnecessary complexity.
Reliable Performance and Practical System Control
Correct installation plays an important role in achieving consistent results. Select cables, batteries, solar panels, breakers, and other components according to the required electrical ratings. Also, confirm battery voltage and solar input limits before connecting the controller. Proper system planning helps improve safety, efficiency, and overall performance.
The SRNE 100A MPPT Charge Controller can help users get more value from available solar energy. MPPT technology tracks the solar array operating point and adjusts the charging process accordingly. Consequently, the controller can respond to changes in sunlight, temperature, and panel operating conditions.
For homes, it can support battery charging for essential backup loads. For farms and workshops, it can help manage stored solar energy for daily needs. Likewise, remote installations can benefit from efficient charging when grid power is limited or unavailable.
For dependable operation, install the controller in a clean, dry, and properly ventilated area. Avoid excessive heat, moisture, and direct exposure to harsh environmental conditions. Regular inspection of connections can also support stable performance. In larger setups, careful load planning can improve results. The SRNE 100A MPPT Charge Controller should always operate within stated limits. This approach supports safer charging, steadier energy storage, and better solar utilization every day.
SRNE 12KW/48V 200A MPPT 500VDC Hybrid Inverter
Original price was: ₦1,710,000.00.₦1,700,000.00Current price is: ₦1,700,000.00.Efficient Hybrid Power for High-Demand Applications
The 12KW/48V 200A MPPT 500VDC Hybrid Inverter is designed for energy systems that need strong output and flexible solar management. It combines inverter operation, battery charging, and solar power control in one practical solution. Therefore, it can support residential, commercial, agricultural, and backup power installations with higher energy demands.
With a 12kW output capacity, the inverter can support several electrical loads when the complete system is correctly sized. The 48V battery architecture provides a useful foundation for energy storage. It also helps create a balanced setup for systems that require regular charging and discharging. Meanwhile, the 200A MPPT controller supports high-current solar charging for compatible battery banks.
Smart Solar Charging and Flexible Energy Management
The 12KW/48V 200A MPPT 500VDC Hybrid Inverter uses maximum power point tracking to capture available solar energy efficiently. The controller continuously adjusts the operating point of the solar array. As sunlight changes, this process helps maintain effective energy collection. The 500VDC solar input capability also allows flexible panel configuration when the array meets required electrical limits.
During daylight hours, solar energy can power connected loads and charge the battery. When solar generation becomes lower, the stored energy can help supply essential equipment. As a result, the system can improve energy availability and reduce reliance on grid electricity. Furthermore, hybrid operation allows users to organize solar, battery, and grid resources according to system needs.
This inverter works well for homes with high consumption, small businesses, workshops, farms, and backup installations. It can support lighting, cooling, electronics, pumps, and other compatible loads. However, users should check starting currents before connecting motors or other high-surge equipment.
The 12KW/48V 200A MPPT 500VDC Hybrid Inverter requires correct installation and system planning. Select batteries that match the voltage and charging requirements. Also, use suitable cables, breakers, fuses, grounding, and surge protection. Proper ventilation can help maintain stable performance during continuous operation.
For dependable results, qualified installers should complete wiring and commissioning. They should also confirm solar voltage, battery capacity, load demand, and protection settings before operation. Overall, this hybrid inverter offers high output, strong solar charging, and practical energy control for modern renewable power systems.
Its practical design also supports organized energy planning. Users can prioritize essential circuits and size storage around actual consumption. In addition, regular inspection of connections and protection equipment can help maintain reliable operation and extend system service life over time effectively.
SRNE 12KW/48V 200A MPPT 500VDC Three Phase Hybrid Inverter
Original price was: ₦2,792,000.00.₦2,791,000.00Current price is: ₦2,791,000.00.Powerful Three-Phase Energy Conversion
The 12KW/48V 200A MPPT 500VDC Three Phase Hybrid Inverter provides high-capacity power management for demanding solar energy systems. It combines inverter operation, solar charging, battery support, and hybrid energy control. Therefore, it can serve residential, commercial, agricultural, and backup applications where stable three-phase power matters.
Its 12kW output supports multiple compatible loads when installers size the complete system correctly. The 48V battery platform offers a practical foundation for energy storage. At the same time, the 200A MPPT charging system helps capture available solar energy with efficient tracking.
MPPT technology adjusts the solar operating point as sunlight changes. As a result, the system can use available solar power more effectively during different conditions. The 500VDC solar input provides additional flexibility for compatible solar array designs. However, installers should confirm maximum voltage and current limits before connecting panels.
Smart Solar Charging and Backup Support
The 12KW/48V 200A MPPT 500VDC Three Phase Hybrid Inverter supports three-phase energy distribution for suitable electrical systems. This makes it useful for offices, workshops, farms, commercial buildings, and larger residential properties. It can support lighting, cooling, pumps, electronics, and other compatible equipment.
During sunny periods, solar energy can power connected loads and charge the battery. When solar output falls, stored energy can help maintain selected loads. Therefore, the system can improve power availability while reducing dependence on conventional electricity sources. In addition, hybrid operation gives users more flexibility when managing solar, battery, and grid power.
The high charging capacity works with suitable battery banks that meet required voltage and current specifications. Users should also consider battery capacity, daily consumption, and expected backup duration. Proper system sizing helps maintain stable performance and prevents unnecessary strain.
Installation requires suitable protection equipment and correct electrical connections. Use properly rated cables, breakers, fuses, grounding, and surge protection. Also, provide adequate ventilation around the inverter. A qualified technician should verify phase balance, solar voltage, battery settings, and load requirements before startup.
The 12KW/48V 200A MPPT 500VDC Three Phase Hybrid Inverter offers a practical approach to high-power renewable energy management. Regular maintenance can support dependable operation and help identify connection issues early. Overall, it combines strong output, flexible solar charging, battery integration, and three-phase control for modern energy projects.
Careful load planning can improve battery use and backup duration. In addition, inspections help maintain clean connections, proper airflow, and safe operating conditions. Always follow electrical codes and the installation guide.
SRNE 16.07KWH 51.2V 314AH Lithium Battery 8000 Cycles
Original price was: ₦4,120,000.00.₦4,100,000.00Current price is: ₦4,100,000.00.Reliable Lithium Storage for Solar and Backup Applications
The SRNE 16.07KWH 51.2V 314AH Lithium Battery 8000 Cycles is designed for users who need substantial energy storage in a single battery solution. Its 16.07kWh capacity provides a strong reserve for daily consumption, backup power, and solar energy systems. The 51.2V operating level also supports many compatible high-voltage energy storage configurations. Meanwhile, the 314Ah capacity helps deliver stable power for extended periods.
Lithium technology offers efficient energy storage and supports repeated charging and discharging. With a rated cycle life of up to 8000 cycles, this battery can support long-term energy management when used within recommended operating conditions. As a result, users can store energy regularly and access it when required. The design also helps reduce dependence on frequent battery changes.
The SRNE 16.07KWH 51.2V 314AH Lithium Battery 8000 Cycles works well for solar applications where energy availability changes throughout the day. Solar panels can charge the battery during productive daylight hours. Later, stored energy can support lighting, appliances, electronics, and other suitable loads. Therefore, households can make better use of generated solar power instead of relying only on immediate consumption.
Flexible Storage for Everyday Energy Needs
This battery also fits backup systems that require dependable stored energy. During a power interruption, the available battery capacity can support selected essential loads. In addition, users can combine compatible equipment to create a coordinated energy storage setup. Correct inverter matching, protection, wiring, ventilation, and installation remain important for safe and efficient operation.
The SRNE 16.07KWH 51.2V 314AH Lithium Battery 8000 Cycles provides a useful combination of capacity and long cycle performance. Its 16.07kWh energy reserve can support different residential applications and suitable small commercial systems. Furthermore, its 51.2V platform helps simplify integration with compatible storage equipment.
For users planning a modern backup or solar storage system, this battery offers a practical energy reserve with strong daily-use potential. Its high capacity supports longer backup periods, while the lithium design supports repeated operation. With proper configuration and maintenance, it can deliver reliable stored energy and improve overall energy management. For best results, users should review the required load profile before selecting the storage setup. Daily energy demand, backup duration, solar generation, and inverter capacity all affect system performance. Proper charging settings can also support efficient battery operation. Always follow suitable installation practices and safety guidance. A qualified technician should verify connections and system compatibility before commissioning carefully.
SRNE 2.56KWH Residential Lithium Battery Energy Storage
Original price was: ₦826,000.00.₦825,000.00Current price is: ₦825,000.00.Compact Lithium Storage for Modern Home Energy Systems
The SRNE 2.56KWH Residential Lithium Battery Energy Storage system provides a convenient solution for homes that need dependable stored power. It stores electrical energy for later use and can support household energy needs beyond daylight hours. Therefore, it works well with compatible solar systems, backup power setups, and residential energy management solutions. Its 2.56kWh capacity offers useful storage for selected household loads.
Lithium technology provides an efficient format for residential energy storage. Compared with bulky traditional storage options, lithium batteries can deliver strong energy density in a compact package. This makes them suitable for homes where installation space matters. In addition, modern lithium storage can support repeated daily cycling when users follow the recommended operating limits and charging settings.
Practical Backup and Solar Energy Support
The SRNE 2.56KWH Residential Lithium Battery Energy Storage system can help households make better use of generated solar electricity. During sunny hours, compatible solar equipment can charge the battery. Later, the stored energy can support suitable appliances, lighting, networking equipment, or other essential loads. This process improves energy availability and gives users greater flexibility over when they consume stored power.
Furthermore, a properly configured battery management system can monitor key battery conditions. It can help control charging and discharging within safe operating ranges. Correct system configuration also supports dependable performance. Users should always confirm inverter compatibility, voltage requirements, communication features, protection settings, and installation guidelines before connecting the battery.
This storage solution can fit various residential applications. It may support homes seeking backup power, solar self-consumption, or a more organized approach to household electricity management. When combined with compatible equipment, multiple storage units may also support larger energy requirements. However, system expansion should follow manufacturer specifications and professional installation practices.
The compact format helps simplify energy storage planning while keeping useful capacity available for daily use. As a result, homeowners can build a practical storage setup without depending only on immediate solar generation. Stored energy can provide support during evening usage and short power interruptions. Overall, this battery offers a useful balance between capacity, flexibility, and lithium storage technology. Proper installation, system checks, and operating conditions can help maintain reliable performance throughout its service life. This flexibility makes daily energy planning easier for growing household needs. This approach also supports smarter household energy use. Always use compatible equipment and follow applicable safety instructions during installation and operation.
SRNE 2.5KW/24V Solar Inverter & 2.56KWH Lithium Battery All-in-One System
Original price was: ₦1,517,100.00.₦1,517,000.00Current price is: ₦1,517,000.00.Compact Solar Backup with Integrated Energy Storage
The SRNE 2.5KW/24V Solar Inverter & 2.56KWH Lithium Battery All-in-One System provides a convenient way to combine solar conversion and battery storage in one setup. It is suitable for residential spaces, small offices, shops, and backup applications where reliable energy access matters. The 2.5kW inverter supports selected electrical loads, while the 2.56kWh lithium battery stores energy for later use.
Because the main components work together, this system can offer a cleaner installation than separate equipment arrangements. It also helps simplify everyday energy management. During suitable sunlight conditions, solar power can charge the battery and supply connected loads. Later, stored energy can support essential appliances when solar production decreases or grid supply becomes unavailable.
The battery capacity is useful for common essentials such as LED lighting, fans, routers, computers, televisions, and communication equipment. However, actual runtime depends on appliance consumption, battery condition, operating settings, and available charging energy. Therefore, users should select connected loads according to their power requirements.
Efficient Power Management for Everyday Needs
The SRNE 2.5KW/24V Solar Inverter & 2.56KWH Lithium Battery All-in-One System offers an option for users seeking compact backup power. Its 24V configuration works well for smaller energy systems. At the same time, lithium storage provides a solution for repeated charging and discharging when used within recommended operating limits.
This integrated setup can help reduce equipment clutter and make system planning easier. Moreover, it provides a flexible foundation for solar-based energy use. Users can prioritize important appliances and manage available stored power according to their needs. This approach can improve convenience during outages and help maintain essential services.
For home use, the system can support selected household devices and provide additional backup during interruptions. For small commercial environments, it can help keep essential electronics operating. In addition, its compact design can make it easier to fit into suitable installation areas.
Overall, the SRNE 2.5KW/24V Solar Inverter & 2.56KWH Lithium Battery All-in-One System brings inverter performance and battery storage together in one practical package. It supports efficient energy use, organized installation, and backup planning. Before purchase and installation, verify appliance loads, solar requirements, wiring, protection equipment, ventilation, and battery specifications. Proper sizing and professional installation can help achieve safe, stable, and efficient operation. It suits users who value simple control, useful storage, and dependable access to essential electricity during changing daily conditions.
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