Projects

This Brazil 600kW/1500kWh industrial and commercial energy storage project is an off-grid system designed for large-scale backup power supply. The system uses GM-LEG100KT hybrid solar storage converters and GM-ESSA0050B energy storage cabinets in multi-unit parallel connection, delivering 600kW power output and 1.5MWh storage capacity for reliable, long-duration backup in Brazilian industrial and commercial facilities. System Configuration System Capacity 600 kW / 1,500 kWh (1.5 MWh) System Type Industrial & commercial energy storage, off-grid, backup power supply PCS GM-LEG100KT hybrid solar storage converters, multi-unit parallel Energy Storage Cabinets GM-ESSA0050B cabinets, multi-machine parallel connection Application Industrial & commercial, off-grid, long-duration backup power Installation Site Brazil System Components 1. GM-ESSA0050B Energy Storage Cabinets The GM-ESSA0050B outdoor energy storage cabinets are connected in a multi-machine parallel configuration to deliver 1.5MWh total capacity. Each cabinet integrates lithium battery modules, BMS and thermal management in a weather-resistant enclosure. The parallel architecture provides built-in redundancy and supports flexible capacity expansion. 3-year warranty, CE / IEC / UN38.3 certified.  2. GM-LEG100KT Hybrid Solar Storage Converters Multiple GM-LEG100KT hybrid converters operate in parallel to provide 600kW total power conversion. The converters manage bidirectional energy flow between the battery system, PV input and loads, supporting off-grid operation, peak shaving and seamless backup switching.  3. Multi-Unit Parallel Control System A central coordinated control system manages all parallel converters and cabinets as a single 600kW/1.5MWh energy storage station. The system balances load across units, enables individual cabinet maintenance without shutdown, and allows future scaling by adding more units to the parallel bus. Why This System Fits Industrial Operations in Brazil 1.5MWh large capacity delivers long-duration backup, supporting industrial facilities through extended grid outages and periods of unstable supply 600kW power output handles heavy industrial and commercial loads including manufacturing lines, pumps, cold storage, warehouses and shopping facilities Off-grid design with parallel redundancy ensures continuous operation and eliminates single points of failure Modular cabinet architecture enables phased deployment and capacity expansion aligned with growing energy demand Frequently Asked Questions How long can the 1.5MWh system backup industrial loads? At full 600kW output, the 1.5MWh system provides about 2.5 hours of backup. For partial or essential loads, backup duration extends significantly. Additional cabinets can be connected for even longer operation. Can the system run fully off-grid? Yes. The GM-LEG100KT hybrid converters support complete off-grid operation, managing PV charging, battery storage and load supply independently, making the system suitable for facilities with limited or no reliable grid connection. What happens during maintenance of one unit? Thanks to the multi-unit parallel architecture, individual converters or cabinets can be isolated for maintenance while the remaining units continue supplying power, ensuring uninterrupted facility operation. What is the warranty and support? The energy storage cabinets and converters carry a 3-year warranty. GreenMore provides remote monitoring and diagnostics, spare parts supply, and technical training for installation and maintenance partners. Interested in a similar energy storage system for your project? GreenMore provides complete industrial and commercial energy storage solutions with hybrid converters and battery cabinets. Contact our sales team → Recommended Products Battery Storage Cabinet liquid cooled battery energy storage system DC Module Power Supply PCS Energy Storage Converter  

Project Overview This 1MW factory rooftop project in Malaysia combines BIPV roofing system with GreenMore GM-ESSA0050B energy storage cabinets — five units operating in parallel. The system is designed for self-generation and self-use, directly offsetting the factory's production energy costs during peak tariff hours. For industrial park operators and EPC contractors, this project demonstrates how GreenMore integrates solar generation and energy storage into a single deployable solution — simplifying procurement, reducing installation complexity, and accelerating return on investment in Southeast Asia's tropical climate. System Configuration BIPV System Energy Storage Application 1MW Rooftop Solar PVRisen Converging EnergyRoof BIPV SystemSelf-generation & self-use 5 × GM-ESSA0050BOutdoor cabinet parallelFactory-grade capacityPeak shaving & backup Factory rooftopReduced production energy costTropical climate ratedCloud-based O&M Project Highlights 1MW Industrial-Scale Generation The rooftop PV system covers a large factory footprint, generating clean electricity at scale. Self-generation and self-use mode directly reduces the factory's production energy costs with minimal grid dependence. Parallel Cabinet Architecture Five GreenMore GM-ESSA0050B outdoor cabinets operate in parallel, providing flexible capacity scaling. Additional units can be added as the factory's energy demand grows, without redesigning the system. Tropical Climate Durability Malaysia's high temperature and humidity demand robust equipment. The GM-ESSA0050B outdoor cabinets are built for these conditions, maintaining stable performance year-round. Turnkey BIPV + Storage Solution GreenMore delivered the complete system — BIPV roofing, energy storage cabinets, and integration services. The factory owner works with a single partner instead of coordinating multiple vendors, reducing project risk and timeline. FAQ Q1: What is the total storage capacity of this system? A: The system uses five GM-ESSA0050B outdoor cabinets connected in parallel. Each cabinet provides 55.296 kWh of usable capacity, giving the system a total storage capacity of 276.48 kWh — enough to support the factory's peak shaving, self-consumption and backup power needs. Q2: Can this system be expanded for higher capacity? A: Yes. The GM-ESSA0050B supports parallel expansion. Additional cabinets can be added as the factory's energy demand grows, without replacing existing equipment. Q3: Does GreenMore provide EPC or OEM services for similar projects? A: Yes. GreenMore works with EPC contractors and system integrators to deliver customized BIPV and energy storage solutions, from system design to commissioning and long-term O&M support. Safety & Compliance Outdoor Cabinet Protection: GM-ESSA0050B cabinets are designed for outdoor deployment with protection against high temperature, humidity, and dust ingress. Multi-Level Safety: Overcharge, over-discharge, short circuit, and thermal protection built into every storage unit. International Certifications: Products comply with CE, IEC 62619, MSDS, and UN38.3 standards for industrial deployment. Recommended Products Container Energy Storage Cabinet DC/DC Modules Energy Storage Inverter Flat Photovoltaic Tiles  

This 40kW home solar power system, installed in Hamilton, New Zealand, delivers stable and reliable clean energy for residential and small-business use. The system combines BIPV solar roof tiles, a 30kWh lithium energy storage battery, and a 30kW hybrid solar inverter to ensure strong daytime power generation and dependable night-time backup for installers and distributors. System Configuration System Capacity 40 kW Solar Array BIPV solar roof tiles (stacked / wave tiles) Energy Storage 30 kWh lithium battery (wall-mounted household battery) Inverter 30 kW hybrid solar inverter (three-phase, wall-mounted) Application Residential & small commercial, hybrid / off-grid Installation Site Hamilton, New Zealand System Components 1. BIPV Solar Roof Tiles GreenMore BIPV solar tiles replace traditional roof tiles while generating power. Class C fire rated, 5,400 Pa mechanical load, 25-year linear power warranty. View product details → 2. 30kWh Lithium Energy Storage Battery High-capacity lithium battery for extended night-time backup and peak-load coverage. Modular design, easy wall-mounted installation. 3-year warranty, CE / IEC / UN38.3 certified. View product details → 3. 30kW Hybrid Solar Inverter Three-phase hybrid inverter, supporting grid-tied, off-grid and backup modes. High conversion efficiency, smart energy management. View product details → Why This System Fits the New Zealand Climate New Zealand has variable weather across regions — hybrid inverter + battery ensures stable supply year-round 40kW BIPV system covers large residential and small commercial energy needs, reducing grid dependency Double-glass solar tiles withstand UV exposure, wind and temperature fluctuations, delivering long-term durability Designed for installers and distributors, providing customers with a durable, high-performance solution for energy independence and long-term cost savings Frequently Asked Questions How much electricity can a 40kW system generate in New Zealand? Under New Zealand solar conditions, a 40kW BIPV system typically generates around 50,000–60,000 kWh per year, covering large residential or small commercial consumption and significantly reducing grid dependency. Can the 30kWh battery power a home and small business at night? Yes. The 30 kWh lithium battery stores excess daytime energy for night-time use, supporting essential loads (lighting, refrigeration, HVAC, small business equipment) and extending backup power during grid outages. What is the warranty for this system? GreenMore BIPV solar tiles carry a 25-year linear power warranty. The inverter and lithium battery carry a 3-year warranty. Remote diagnostics and spare parts support available for partners across our target regions. Is this system suitable for installers and distributors? Yes. The 40kW hybrid system is designed for installers and distributors serving residential and small-commercial customers in New Zealand. GreenMore provides full technical support, OEM/ODM options and priority production for long-term partners. Interested in a similar system for your project? GreenMore provides complete hybrid and off-grid solar solutions with BIPV tiles, energy storage and inverters. Contact our sales team → Recommended Products 30KW Hybrid Solar Inverter Three-phase Solar Inverter 10KWh Lithium Battery 15kW Home Solar System

This 5kW/5kWh off-grid solar system in Nigeria gives a residential household reliable, independent power. A 5kW low-frequency inverter, 5kWh lithium battery and high-efficiency LONGi 410W panels work together — the array generates and stores electricity during the day, and the battery powers the home through the night, replacing noisy fuel generators and ending dependence on an unreliable grid. System Configuration System Capacity 5 kW / 5 kWh System Type Residential off-grid solar system Inverter 5kW low-frequency solar inverter Battery 5kWh lithium battery Solar Panels LONGi LR5-54HPH-410M 410W PV modules Operation Mode Self-generation and self-use, daytime charging, night-time supply Application Nigerian family household, daily power and backup System Components 1. 5kW Low-Frequency Solar Inverter The 5kW low-frequency inverter converts solar power into stable pure sine wave electricity for household loads and manages battery charging. Its transformer-based design handles surge loads well — refrigerators, air conditioners, pumps and fans start and run reliably in off-grid conditions. 3-year warranty.  2. 5kWh Lithium Battery The 5kWh lithium battery stores surplus daytime solar energy and discharges through the night. Built-in BMS protects each cell and balances charging, delivering long cycle life and stable performance in Nigeria's hot climate. 3-year warranty, CE / IEC / UN38.3 certified. View battery details → 3. LONGi 410W Photovoltaic Panels The rooftop array uses LONGi LR5-54HPH-410M 410W modules, which capture strong Nigerian sunlight efficiently and maintain good output even in high-temperature operation. The array powers daytime loads directly while charging the battery for night-time use. Why This System Fits Nigerian Homes Replaces fuel generators — silent, clean solar power removes the daily cost of petrol and diesel and the noise and fumes of backup generators Full day-to-night independence — daytime generation powers the home and charges the 5kWh battery, which supplies lighting and essential loads after dark Surge-load capability — the low-frequency inverter starts motors and compressors reliably, supporting refrigeration, fans and air conditioning Built for a hot climate — lithium storage and high-temperature-tolerant LONGi modules keep performing through long, intense sunny seasons Frequently Asked Questions Can a 5kW/5kWh system power a full Nigerian household? It comfortably covers lighting, fans, television, internet, phone charging and a refrigerator, with careful use of air conditioning. Homes with larger AC loads or extended night-time use can add battery modules later. How long does the 5kWh battery last at night? On typical essential evening and morning loads, the 5kWh battery carries the household through the night until solar generation resumes the next morning. Running air conditioning heavily shortens backup time. Does the system still work during cloudy or rainy weather? Output is reduced in heavy cloud, but the panels continue charging at lower rates and the battery supplies stored energy. The low-frequency inverter also handles the variable input stably without disrupting household loads. What warranty is included? The inverter and lithium battery carry a 3-year warranty. GreenMore and its local installation partners provide spare parts, remote support and maintenance across Nigeria. Interested in a similar system for your project? GreenMore provides complete off-grid and hybrid solar solutions with PV modules, energy storage and inverters. Contact our sales team → Recommended Products Energy Storage Inverter Solar Inverter Home Energy Storage Battery Solar Tiles  

This 1.5MW/8MWh commercial energy storage system is a fully integrated, containerized solution designed for industrial and renewable energy applications. The system combines high-density lithium battery storage, intelligent BMS and EMS control and stable grid-connected performance to help businesses reduce energy costs, enhance power reliability and maximize the value of solar and peak-shaving operations. System Configuration System Capacity 1.5 MW / 8 MWh System Type Grid-connected, containerized, fully integrated BESS Battery High-density lithium battery modules, 8MWh total Management Systems Intelligent BMS + EMS, real-time monitoring and dispatch Deployment Containerized, flexible site deployment, strong environmental adaptability Application Industrial, commercial, renewable energy integration, peak shaving System Components 1. High-Density Lithium Battery System The 8MWh lithium battery bank uses high-density cells configured inside standard energy storage containers. Long cycle life, high energy density and stable performance under continuous charge-discharge operation. 3-year warranty, CE / IEC / UN38.3 certified.  2. Intelligent BMS and EMS Control The integrated Battery Management System (BMS) monitors cell status, balances charging and protects battery health in real time. The Energy Management System (EMS) coordinates dispatch strategy across solar, battery and grid, automatically optimizing for peak shaving, tariff arbitrage and self-consumption based on load profiles and price signals. 3. Power Conversion System Bidirectional PCS units provide stable grid-connected power conversion with high efficiency and grid support functions including reactive power compensation and fast response. 4. Containerized Integration All components — batteries, BMS, thermal management, PCS and control systems — are pre-integrated inside weather-resistant containers, enabling fast on-site deployment, reduced civil works and strong environmental adaptability across diverse climates. Why This System Delivers Value 8MWh long-duration storage supports multiple hours of peak shaving and tariff arbitrage, capturing savings across full daily load cycles EMS intelligent dispatch automatically maximizes solar self-consumption and responds to grid price signals without manual operation Containerized deployment shortens project timelines and allows phased expansion by adding containers as demand grows Grid-connected stability enhances power reliability and provides grid support functions for industrial and utility-scale applications Frequently Asked Questions How long can the 8MWh system discharge at full power? With a 1.5MW power rating and 8MWh capacity, the system delivers approximately 5 hours of continuous discharge at full rated power, making it well suited for long-duration peak shaving and extended backup applications. How does the EMS optimize energy savings? The EMS analyzes load profiles, solar generation forecasts and time-of-use tariffs, then automatically schedules battery charging during low-price or high-solar periods and discharging during peak-price periods, maximizing savings without manual intervention. Can the system be integrated with an existing solar plant? Yes. The containerized BESS is designed for flexible integration with new or existing PV systems, enabling solar smoothing, energy shifting and increased self-consumption. GreenMore provides system design and commissioning support for retrofit projects. What is the warranty and support? The system carries a 3-year warranty with remote monitoring and diagnostics, spare parts supply, and technical training for operation and maintenance partners. Extended service arrangements are available for long-term projects. Interested in a similar energy storage system for your project? GreenMore provides complete grid-connected and off-grid commercial energy storage solutions from 100kWh to multi-MWh deployments. Contact our sales team → Recommended Products Commercial and industrial energy storage systems Commercial and industrial energy storage systems Outdoor energy storage battery cabinet 100KW Power Conversion System  

This 20kWh residential solar battery project is a whole-home storage configuration built for rooftop solar integration. It combines a 20kWh lithium battery system, a 15kW energy storage inverter and intelligent energy management to store daytime solar energy for night-time use and deliver reliable backup during grid outages — supporting both grid-tied and off-grid household operation. System Configuration System Capacity 20 kWh storage System Type Residential solar battery system, grid-tied and off-grid Inverter 15kW energy storage inverter Energy Storage Battery 20kWh lithium battery system Energy Management Intelligent control, monitoring and automatic dispatch Application Household solar self-consumption and backup power System Components 1. 20kWh Lithium Battery System The 20kWh lithium battery bank stores surplus rooftop solar energy for night-time use and outage backup. Built-in BMS monitors every module in real time, balancing charge and protecting battery health. Long cycle life, modular structure, expandable as household demand grows. 3-year warranty, CE / IEC / UN38.3 certified. View battery details → 2. 15kW Energy Storage Inverter The 15kW inverter coordinates solar generation, battery charging and household loads. Pure sine wave output with seamless switching between grid and backup modes keeps essential appliances running without interruption.  3. Intelligent Energy Control The control system automatically prioritizes solar self-consumption, schedules charging and discharging around household usage, and provides real-time status monitoring — keeping the home powered with minimal manual operation. Why This Configuration Works for Home Backup 20kWh capacity carries a typical household through the night on stored solar energy and through extended outages on essential loads 15kW output runs multiple high-power appliances at once — air conditioning, refrigerator, oven and EV charging — without overload Automatic backup switching protects critical loads the moment the grid fails, with no perceptible interruption Modular expandability lets homeowners add capacity later without replacing the inverter or main system Frequently Asked Questions How long does the 20kWh battery last during an outage? On essential loads — lighting, refrigerator, internet, fans and device charging — the 20kWh battery typically lasts 12–24 hours. Running full household loads including air conditioning shortens this to roughly 6–8 hours. Can it be added to an existing rooftop solar system? Yes. The storage inverter accepts PV input from standard rooftop arrays, so the battery system can be retrofitted onto an existing solar installation without replacing the panels. Does the system work off-grid? Yes. With the battery and storage inverter operating together, the system supports full off-grid use as well as grid-tied operation with backup, adapting to homes with weak or no reliable grid connection. What warranty is included? The battery and inverter carry a 3-year warranty. Remote monitoring, firmware updates and spare parts support are available through GreenMore and its installation partners. Interested in a similar system for your project? GreenMore provides complete residential solar battery solutions with lithium storage, inverters and intelligent control. Contact our sales team → Recommended Products   Home Solar Battery 5.12kWh 10kW Hybrid Solar Inverter 15kW Complete Solar Power System Solar Shingle

  Project Overview This 20kW residential project in Israel uses GreenMore Hantile triple-arch solar tiles as the roofing material and power source, paired with a 20kWh wall-mounted energy storage system and two GreenMore GM-DP0100 hybrid inverters working in parallel. The system supports both on-grid and off-grid operation, giving the household reliable power regardless of grid conditions. The triple-arch Hantile design matches local architectural style while delivering clean energy. With GreenMore's integrated approach, distributors and installers get a complete rooftop solution — tiles, batteries, and inverters from a single source, simplifying procurement and project delivery. System Configuration Solar Tiles Energy Storage Inverter Hantile Triple-Arch Solar Tiles20kW system capacityOn-grid & off-grid hybridClass C fire rated 4 × 5KWh Wall-Mounted BatteriesParallel configuration = 20KWhLiFePO4 cellsIP54 protection 2 × GreenMore GM-DP010010kW per unit, parallel outputStable 20KW outputHybrid off-grid inverter Project Highlights Triple-Arch Architectural Match The Hantile triple-arch profile blends with traditional Mediterranean and Middle Eastern roof aesthetics. Homeowners get a clean, integrated look without sacrificing power generation capacity. On-Grid and Off-Grid Flexibility The dual GM-DP0100 inverters support seamless switching between grid-tied and off-grid modes, ensuring uninterrupted power supply during grid outages — a practical advantage in regions with unstable grid infrastructure. Scalable Battery Storage Four 5KWh wall-mounted batteries connected in parallel provide 20KWh total capacity. The modular design allows easy expansion if the household's energy needs grow over time. Turnkey Solution for Installers GreenMore supplies the complete system — solar tiles, batteries, and inverters — as one integrated package. This reduces sourcing complexity for installers and ensures component compatibility out of the box. FAQ Q1: What is the total storage capacity of this system? A: Four 5KWh wall-mounted GreenMore batteries are connected in parallel, providing a total of 20KWh of energy storage capacity. Q2: Can the system work completely off-grid? A: Yes. The two GM-DP0100 inverters support both on-grid and off-grid modes. When the grid is unavailable, the system automatically switches to off-grid operation using battery storage. Q3: Does GreenMore provide OEM services for solar tiles? A: Yes. GreenMore offers OEM customization for tile dimensions, colors, surface textures, and electrical interfaces to meet regional building standards and project requirements. Safety & Compliance Class C Fire Rating: Hantile tiles meet fire safety requirements for residential roofing in high-temperature environments. IP54 Protection: Wall-mounted batteries are sealed against dust and water splashes for safe indoor installation. International Certifications: Products comply with EN 14782, EN 1090-1, ISO 9001, ISO 14001, CE, IEC 62619, MSDS, and UN38.3.   Recommended Products Energy Storage Inverter Hybrid Solar Inverter Home Energy Storage Batteries Three Curved Solar Tiles  

This Philippines 10kW/15kWh off-grid home energy storage project is designed for self-generation and self-use. The system combines a 10.2kW off-grid solar inverter and a 15kWh lithium energy storage system to deliver reliable, independent power for Filipino households — storing daytime solar energy for night-time use and ensuring continuous supply during grid outages. System Configuration System Capacity 10 kW / 15 kWh System Type Off-grid energy storage, self-generation and self-use Inverter 10.2kW off-grid solar inverter Energy Storage Battery 15kWh energy storage system Application Residential household, off-grid, backup power Installation Site Philippines System Components 1. 15kWh Energy Storage Battery The 15kWh lithium battery system stores daytime solar energy for night-time self-consumption and backup. Built-in BMS monitors battery status and ensures safe, stable operation. Long cycle life, modular design for flexible expansion. 3-year warranty, CE / IEC / UN38.3 certified. View product details → 2. 10.2kW Off-Grid Solar Inverter The 10.2kW off-grid inverter manages solar generation, battery charging and household load supply independently. Pure sine wave output supports everyday appliances with stable, reliable performance in full off-grid operation.  Why This System Fits Filipino Households The Philippines experiences typhoons and grid disruptions — off-grid storage ensures reliable backup power when the grid goes down 15kWh capacity stores enough daytime solar energy to support essential household loads through the night Self-generation and self-use reduces dependence on rising utility electricity and lowers monthly energy costs High solar irradiation across the country provides strong daytime charging for year-round dependable performance Frequently Asked Questions How long can the 15kWh battery power a home? The 15kWh battery supports essential household loads (lighting, refrigerator, fans, TV, phone charging) for roughly 10–18 hours. With heavier loads such as air conditioning, backup time is shorter. Additional battery modules can extend duration. Can the system handle power outages after typhoons? Yes. As a fully off-grid system, it continues supplying stored solar power independently when the grid fails, providing reliable backup during typhoon-related outages. Can battery capacity be expanded later? Yes. The modular battery design allows additional units to be added, increasing storage capacity without replacing the inverter or rebuilding the system. What is the warranty for this system? The 15kWh battery and 10.2kW inverter carry a 3-year warranty. Remote monitoring, spare parts support and technical assistance available for homeowners and installation partners. Interested in a similar system for your project? GreenMore provides complete off-grid home energy storage solutions with batteries and inverters. Contact our sales team → Recommended Products Home Battery Storage System Stacked Energy Storage Batteries Home Solar Battery System Roof Photovoltaic Tiles

This South Africa 500kW/1MWh microgrid energy storage project is a large-scale commercial system designed for enterprise backup power supply. The system combines the GreenMore container energy storage cabinet and JA JAM66D45LB 630W photovoltaic panels to deliver reliable backup power, peak shaving and microgrid stability for South African industrial and commercial operations. System Configuration System Capacity 500 kW / 1 MWh System Type Microgrid energy storage, enterprise backup power supply Energy Storage System GreenMore container energy storage cabinet PV System JA JAM66D45LB 630W photovoltaic panels Application Industrial & commercial, microgrid, enterprise backup power Installation Site South Africa System Components 1. JA Solar 630W Photovoltaic Panels The system uses JA JAM66D45LB 630W PV modules, delivering high-efficiency solar power generation for the microgrid. These modules maximize daytime energy input to charge the container battery system and reduce grid dependency during peak hours. 2. GreenMore Container Energy Storage Cabinet The GreenMore container energy storage cabinet is a large-capacity, all-in-one solution integrating battery modules, BMS, thermal management and power conversion. 1MWh capacity provides extended backup power for enterprise operations. IP54 rated, weather-resistant outdoor installation, modular design for flexible capacity scaling. 3-year warranty, CE / IEC / UN38.3 certified. View product details → Why This System Fits Enterprise Operations in South Africa South African enterprises face frequent load shedding and grid instability — 1MWh container storage ensures uninterrupted business continuity 500kW/1MWh large-capacity system supports heavy industrial loads including manufacturing lines, data centers, cold storage and mining equipment Container design enables fast deployment, easy relocation and scalable capacity — ideal for mines, factories and remote industrial sites PV-storage microgrid reduces grid dependency, lowers energy costs and provides clean backup power during extended outages Frequently Asked Questions How long can the 1MWh system support enterprise backup power? The 1MWh container energy storage system provides 2–4 hours of backup at full load (250–500kW). For critical loads only (lighting, servers, refrigeration), backup time extends to 8+ hours. Additional containers can be connected for extended operation. Can this system handle South Africa's load shedding scenarios? Yes. The system is specifically designed for South Africa's load shedding environment. The container energy storage cabinet provides seamless transition between grid and off-grid modes, ensuring zero interruption during power outages. What is the warranty for this system? The JA Solar PV modules carry a manufacturer warranty. The container energy storage cabinet carries a 3-year warranty. Remote diagnostics, spare parts support and on-site technical training available for partners across our target regions. Is the container system suitable for mining and heavy industry? Yes. The 500kW/1MWh container system is ideal for mining operations, manufacturing plants, data centers and other heavy industrial applications. IP54 rated, dust-resistant and weather-proof for harsh environments. Multiple containers can be paralleled for MW-scale capacity. Interested in a similar energy storage system for your project? GreenMore provides complete commercial and industrial energy storage solutions with container cabinets, PCS and PV modules. Contact our sales team → Recommended Products Container Energy Storage System Cabinet Energy Storage System Outdoor Energy Storage System Power Conversion System  

This Colombia 300kW/600kWh PV-storage microgrid project is a commercial energy storage system designed to reduce corporate energy costs. The system combines the GM-LEI50K 300kW bidirectional energy storage converter, a GM-ESSA0050B 600kWh outdoor energy storage battery cabinet, and LONGi LR5-72HBD-555M 555W PV modules to deliver peak shaving, demand charge reduction and reliable backup power for commercial and industrial operations. System Configuration System Capacity 300 kW / 600 kWh System Type PV-storage microgrid, commercial & industrial PCS GM-LEI50K 300kW bidirectional energy storage converter Energy Storage GM-ESSA0050B(12 units) 600kWh outdoor energy storage battery cabinet PV System LONGi LR5-72HBD-555M 555W PV modules Application Commercial & industrial, microgrid, peak shaving Installation Site Colombia System Components 1. LONGi 555W PV Modules The system uses LONGi LR5-72HBD-555M 555W PV modules, delivering high-efficiency solar power generation for the commercial microgrid. These modules maximize daytime energy input to charge the battery system and reduce grid dependency. 2. GM-ESSA0050B 600kWh Outdoor Battery Cabinet The 600kWh outdoor energy storage battery cabinet provides large-capacity storage for peak shaving and demand charge management. IP54 rated, weather-resistant outdoor installation, modular design for flexible capacity scaling. 3-year warranty, CE / IEC / UN38.3 certified. View product details → 3. GM-LEI50K 300kW Bidirectional Energy Storage Converter The GM-LEI50K 300kW bidirectional PCS manages energy flow between PV array, battery system and grid. It supports both charging and discharging modes, enabling efficient peak shaving, load shifting and microgrid stability. View product details → Why This System Fits Commercial Operations in Colombia Colombian commercial & industrial users face high electricity costs — PV-storage microgrid significantly reduces energy expenses through peak shaving and demand charge management 600kWh large-capacity battery enables effective peak-valley energy arbitrage, storing cheap off-peak power for use during high-demand periods 300kW bidirectional PCS supports flexible grid interaction, enabling both grid-tied and islanded microgrid operation Outdoor battery cabinet with IP54 rating is designed for Colombia's tropical climate — weather-resistant, low maintenance, long service life Frequently Asked Questions How much energy cost can this system save per year? The 300kW/600kWh PV-storage microgrid can typically save 30%–50% on commercial electricity costs through peak shaving, demand charge reduction and self-consumption. Actual savings depend on local tariff structure and load profile. How long can the 600kWh battery support commercial loads? The 600kWh outdoor battery cabinet provides 2–4 hours of backup at full commercial load (150–300kW). For extended operation, additional battery cabinets can be connected in parallel. What is the warranty for this system? The LONGi PV modules carry a manufacturer warranty. The bidirectional PCS and outdoor battery cabinet carry a 3-year warranty. Remote diagnostics, spare parts support and technical training available for partners across our target regions. Can the system capacity be expanded? Yes. Both the GM-ESSA0050B battery cabinet and GM-LEI50K PCS support modular expansion. Additional battery cabinets can be added to increase storage capacity, and multiple PCS units can be paralleled for higher power output. Interested in a similar energy storage system for your project? GreenMore provides complete commercial and industrial energy storage solutions with bidirectional PCS, outdoor battery cabinets and PV modules. Contact our sales team → Recommended Products Energy Storage Converter Commercial Energy Storage System Energy Storage Converter PCS Modular energy storage inverter  

This Thailand off-grid home solar system is designed for household use with energy storage, combining the GM-LW602 6kW off-grid solar inverter, a GM-ESS-B100S16 5kWh wall-mounted energy storage battery, and LONGi LR-72HBD-550M 550W PV modules to deliver reliable, independent power for Thai households. System Configuration System Type Off-grid solar system with energy storage Inverter GM-LW602 6kW off-grid solar inverter Energy Storage GM-ESS-B100S16 5kWh wall-mounted energy storage battery Solar Panels LONGi LR-72HBD-550M 550W PV modules Application Residential household, off-grid Installation Site Thailand System Components 1. LONGi 550W PV Modules The system uses LONGi LR-72HBD-550M 550W PV modules, delivering high-efficiency power generation for Thai rooftops.  View LONGi PV modules → 2. GM-ESS-B100S16 5kWh Wall-Mounted Battery The 5kWh wall-mounted energy storage battery stores daytime solar energy for night-time use. Compact design, easy installation, long cycle life. 3-year warranty, CE / IEC / UN38.3 certified. View product details → 3. GM-LW602 6kW Off-Grid Solar Inverter The GM-LW602 6kW off-grid inverter provides stable pure sine wave output for household loads. It manages solar generation, battery charging and load supply independently, without grid connection. View product details → Why This System Fits the Thai Market Thailand has high solar irradiation (average 5–5.5 kWh/m²/day), ideal for off-grid household solar systems Off-grid design provides reliable power for rural homes, farms and villas with limited or unstable grid access 5kWh wall-mounted battery ensures continuous power supply at night and during grid outages 550W high-power modules maximize rooftop output, reducing the number of panels needed for typical Thai households Frequently Asked Questions Can this system power a typical Thai household? Yes. The 6kW off-grid system with 5kWh battery is designed for typical Thai household loads, including lighting, fans, refrigerator, TV and small appliances. For larger loads (AC, pump), additional battery capacity may be needed. How long can the 5kWh battery power a home at night? The 5kWh wall-mounted battery typically supports essential loads for 6–10 hours, depending on consumption. For extended backup, additional battery modules can be stacked. What is the warranty for this system? The LONGi modules carry a manufacturer warranty. GreenMore BIPV solar tiles carry a 25-year linear power warranty. The inverter and lithium battery carry a 3-year warranty. Remote diagnostics and spare parts support available. Is this system suitable for rural areas in Thailand? Yes. The off-grid system is designed for homes, farms and villas with limited or unstable grid access, providing true energy independence and long-term reliability in rural Thai areas. Interested in a similar system for your project? GreenMore provides complete off-grid and hybrid solar solutions with PV modules, BIPV tiles, energy storage and inverters. Contact our sales team → Recommended Products Home Battery Storage Home Solar Power System Off Grid Solar Inverter Balcony Solar System  

This Kenya 30kW hotel solar project is an off-grid system with battery storage, designed to deliver 24/7 reliable power for hotel operations. The system combines the GM-LEI30K 30kW energy storage inverter, 3× GM-ESS-B200S16 10kWh lithium batteries in parallel (total 30kWh), and LONGi LR5-72HBD-545M 545W solar panels to ensure continuous daytime generation and night-time power supply. System Configuration System Capacity 30 kW System Type Off-grid with battery storage, night power supply Inverter GM-LEI30K 30kW energy storage inverter Energy Storage GM-ESS-B200S16 10kWh × 3 units in parallel (total 30kWh) Solar Panels LONGi LR5-72HBD-545M 545W solar panels Application Hotel, commercial, off-grid Installation Site Kenya System Components 1. LONGi 545W Solar Panels The system uses LONGi LR5-72HBD-545M 545W panels, delivering high-efficiency power generation for the hotel rooftop. View LONGi solar panels → 2. 3× GM-ESS-B200S16 10kWh Lithium Batteries Three GM-ESS-B200S16 10kWh lithium batteries connected in parallel, providing 30kWh total storage. Modular design allows flexible capacity scaling. Long cycle life, safe and reliable. 3-year warranty, CE / IEC / UN38.3 certified. View product details → 3. GM-LEI30K 30kW Energy Storage Inverter The GM-LEI30K 30kW energy storage inverter manages solar generation, battery charging and load supply. It ensures stable power output for hotel operations, supporting 24/7 power supply with seamless day-to-night transition. View product details → Why This System Fits Hotel Operations in Kenya Hotels in Kenya require 24/7 reliable power for guest comfort, kitchen, lighting and security — off-grid solar with battery storage ensures uninterrupted supply 30kWh battery bank stores surplus daytime energy for night-time power supply, eliminating generator dependency Modular battery design (3×10kWh in parallel) allows flexible capacity scaling as hotel energy demand grows 30kW inverter supports high-power hotel loads including HVAC, kitchen equipment, water heating and guest room appliances Frequently Asked Questions How much power can this system supply at night? The 30kWh battery bank (3×10kWh in parallel) provides 30 kWh of usable energy, supporting essential hotel loads (lighting, fans, refrigerator, security systems) through the night. For larger loads (HVAC, kitchen), the system can be expanded with additional battery modules. Can the battery capacity be expanded later? Yes. The GM-ESS-B200S16 modular design allows parallel connection of additional 10kWh units. Hotels can start with the current 30kWh configuration and scale up as energy demand grows, without replacing the inverter or solar array. What is the warranty for this system? The LONGi panels carry a manufacturer warranty. GreenMore BIPV solar tiles carry a 25-year linear power warranty. The inverter and lithium batteries carry a 3-year warranty. Remote diagnostics and spare parts support available for partners across our target regions. Is this system suitable for other commercial applications? Yes. The 30kW off-grid system is suitable for hotels, schools, hospitals, farms and other commercial facilities with high and continuous energy demand. GreenMore provides complete system design, installation support and technical training for partners across our target regions. Interested in a similar system for your project? GreenMore provides complete commercial and residential solar solutions with energy storage inverters, lithium batteries and PV modules. Contact our sales team → Recommended Products Commercial Battery System Power Conversion System Balcony Solar System Stacked Lithium Ion Battery