Rooftop PV System

Project Overview This 15kW residential rooftop project in Vietnam uses GreenMore stacked photovoltaic tiles for self-generation and surplus energy storage. The system includes two GM-LW802 8kW high-frequency inverters running in parallel and a GM-ESS-B200S16 10kWh home energy storage battery, providing reliable daytime generation and nighttime backup power. Vietnam's tropical climate — high sunlight hours, monsoon rainfall, and coastal humidity — is well suited for rooftop solar. GreenMore stacked tiles are designed for these conditions, serving as both the roof covering and the power source. For distributors and installers in Southeast Asia, this is a proven deployment: one supplier handles tiles, inverters, and batteries, reducing project complexity. System Configuration Solar Tiles Energy Storage Inverter GreenMore Stacked PV Tiles15kW system capacityRoof + power in one productClass C fire rated GM-ESS-B200S1610kWh capacityLiFePO4 cellsIP54 protection 2 × GM-LW8028kW per unit, parallelHigh-frequency inverterSmart MPPT Project Highlights Stacked Tile Design GreenMore stacked photovoltaic tiles overlap during installation like conventional roofing — providing full waterproof coverage while generating electricity. No separate mounting frames or racking systems are needed. Parallel Inverter Output Two GM-LW802 inverters in parallel deliver 16kW total capacity, exceeding the 15kW panel array. This headroom ensures the system operates within rated limits and maintains efficiency even under high-irradiance conditions in Vietnam. 10kWh Surplus Storage The GM-ESS-B200S16 battery stores excess daytime generation for nighttime use. For Vietnamese households, this means reduced grid dependence and lower electricity bills — especially during peak tariff hours in the evening. Built for Tropical Conditions Vietnam brings high UV, heavy monsoon rain, and year-round heat. GreenMore stacked tiles are tested for these conditions — maintaining structural integrity and power output across a 25-year service life. FAQ Q1: What is the advantage of stacked tiles over flat tiles? A: Stacked tiles overlap during installation, creating a natural water barrier similar to traditional roofing. This makes them ideal for regions with heavy rainfall like Vietnam, where waterproofing is critical. Q2: Can the 10kWh battery be expanded? A: Yes. The GM-ESS-B200S16 supports additional battery modules. If the household's energy needs increase, more storage can be added without replacing the existing system. Q3: Does GreenMore support distributors in Vietnam? A: Yes. GreenMore provides technical documentation, system design support, and remote commissioning assistance for distributors and installers across Southeast Asia. Safety & Compliance Waterproof Stacked Design: Overlapping tile installation provides effective rain protection for Vietnamese monsoon conditions. IP54 Battery Protection: GM-ESS-B200S16 is sealed against dust and moisture for safe residential installation. International Certifications: Products comply with EN 14782, EN 1090-1, ISO 9001, ISO 14001, CE, IEC 62619, MSDS, and UN38.3. Recommended Products Solar Photovoltaic Roof Tiles Solar Tiles Roof Solar PV Tile Three Phase Solar Inverter  

  Project Overview This 15kW residential project in Denmark uses GreenMore triple-arch Hantile solar tiles as the rooftop BIPV system, paired with two GM-ESS-BP200S16 10kWh batteries (20kWh total) and GreenMore all-in-one energy storage inverters running in parallel. The system operates in off-grid, self-generation mode — storing solar energy during the day for use at night. Denmark's northern climate brings shorter winter days and moderate summer sunlight. The GreenMore Hantile tiles and battery system are engineered for these conditions, maintaining stable output across seasonal variations. For distributors and installers in Nordic markets, this project demonstrates how a complete BIPV solution can be delivered from a single supplier — tiles, batteries, and inverters all from GreenMore.   System Configuration BIPV System Energy Storage Inverter GreenMore Triple-Arch Hantile15kW system capacityBIPV roof integrationClass C fire rated 2 × GM-ESS-BP200S1610kWh per unit = 20kWh totalLiFePO4 cells6000+ cycle life GreenMore All-in-One InvertersParallel configurationOff-grid operationIntelligent BMS Project Highlights True BIPV Integration The GreenMore triple-arch Hantile tiles serve as both the roof and the power source. No separate mounting structure is needed — the tiles install like conventional roofing, giving Danish homes a clean architectural finish while generating electricity. 20kWh Battery for Nordic Seasons Two 10kWh GreenMore batteries in parallel provide 20kWh of storage — enough to buffer the gap between shorter winter daylight hours and evening household demand. The LiFePO4 chemistry ensures reliable performance across thousands of cycles. Parallel Inverter Architecture GreenMore all-in-one energy storage inverters run in parallel, delivering the full 15kW output while adding redundancy. If one unit requires maintenance, the other continues to supply power. Proven in Northern Europe Denmark's solar market demands high reliability and long-term performance. This GreenMore deployment proves the system can handle Nordic conditions — lower winter irradiance, freeze-thaw cycles, and coastal moisture — without significant efficiency loss. FAQ Q1: How does the system perform in Denmark's winter? A: GreenMore Hantile tiles maintain output even at lower irradiance levels. Combined with the 20kWh battery, the system stores summer surplus and manages shorter winter generation days, keeping essential loads powered. Q2: Can the battery capacity be expanded? A: Yes. The GM-ESS-BP200S16 supports parallel connection of additional units. If energy needs grow, more batteries can be added without replacing the existing system. Q3: Does GreenMore provide OEM for Nordic markets? A: Yes. GreenMore offers OEM customization for tile dimensions, colors, and electrical specifications to meet local building codes and architectural preferences across Europe. Safety & Compliance Class C Fire Rating: Hantile tiles meet fire safety standards for residential roofing in Northern European conditions. Freeze-Thaw Durability: Tiles are tested for repeated freeze-thaw cycles common in Danish winters, ensuring long-term structural integrity. International Certifications: Products comply with EN 14782, EN 1090-1, ISO 9001, ISO 14001, CE, IEC 62619, MSDS, and UN38.3.   Recommended Products Roof Solar Panel Roof Solar Tiles Hybrid Solar Inverter Household Battery Storage  

Project Overview This 15kW off-grid solar project in Greece uses GreenMore solar panels, a 15kW off-grid solar inverter, and a 20kWh LiFePO4 battery storage pack to deliver reliable electricity for homes, farms, and small commercial users. The system generates power during the day and stores energy in the GreenMore battery for nighttime use, ensuring uninterrupted supply even without grid access. Designed for the Mediterranean climate — high temperatures, coastal salt air, and intense UV — the system maintains stable output over time. For installers and distributors working in Greece and surrounding markets, GreenMore provides a complete off-grid package: panels, inverter, and battery from a single supplier, with full technical support and cloud monitoring. System Configuration Solar Panels Energy Storage Inverter GreenMore High-Efficiency Panels15kW system capacityOptimized for high UVCoastal-grade durability GreenMore 20kWh BatteryLiFePO4 cells6000+ cycle lifeIP54 protection GreenMore 15kW Off-Grid InverterPure sine wave outputIntelligent BMS integrationCloud monitoring Project Highlights Full Off-Grid Operation The GreenMore 15kW inverter operates independently of the grid, making it suitable for rural areas, farms, and remote properties in Greece where grid connection is unreliable or unavailable. 20kWh Nighttime Backup The 20kWh LiFePO4 battery stores daytime generation and powers the household through the night. With 6,000+ charge cycles, the battery provides reliable storage for over 15 years of daily use. Mediterranean Climate Durability All GreenMore components are rated for high-temperature and high-humidity environments. The system performs reliably in Greek coastal conditions with salt air exposure and summer temperatures above 40°C. Single-Supplier Solution Panels, battery, and inverter all come from GreenMore — one point of contact for system design, technical support, and warranty service. This simplifies procurement for installers and reduces compatibility risks. FAQ Q1: How long can the 20kWh battery power a typical household? A: For a typical Greek household consuming 10–15kWh per day, the 20kWh GreenMore battery provides 1–2 full days of backup without solar generation. Actual runtime depends on load size and usage patterns. Q2: Can this system be expanded to higher capacity later? A: Yes. The GreenMore battery system supports modular expansion. Additional battery units can be added as energy needs grow, without replacing the existing inverter or panels. Q3: Does GreenMore support installers in Greece? A: Yes. GreenMore provides technical documentation, system design assistance, and remote commissioning support for distributors and installers across Europe, including Greece. Safety & Compliance IP54 Battery Protection: Sealed against dust and water splashes for safe installation in Greek residential environments. Intelligent BMS: Multi-layer protection including overcharge, over-discharge, temperature monitoring, and insulation detection. International Certifications: Products comply with CE, IEC 62619, MSDS, and UN38.3 standards for international deployment. Solar Tiles Photovoltaic Tiles Solar Roof 20kWh Home Energy Storage System

Project Overview GreenMore completed a residential roof renovation in Greece, replacing aging clay tiles with curved solar roof tiles while preserving the home's Mediterranean architectural style. The 10kW solar system is paired with a 15kWh energy storage battery and a GreenMore energy storage inverter, forming a complete solar-plus-storage solution for the household. The project demonstrates how solar tiles can serve as a direct replacement for conventional roofing — no structural changes needed, no compromise on aesthetics. For distributors and installers working in Mediterranean markets, this is a proven deployment model: remove the old roof, install GreenMore solar tiles, connect the storage system, and commission. System Configuration Solar Tiles Energy Storage Inverter GreenMore Curved Solar Tiles10kW system capacityMediterranean roof profileClass C fire rated GreenMore 15kWh BatteryLiFePO4 cells6000+ cycle lifeIP54 protection GreenMore Energy Storage InverterHybrid on-grid & off-gridSmart MPPT trackingCloud monitoring Project Highlights Seamless Roof Replacement Old clay tiles were removed and replaced directly with GreenMore curved solar tiles. The installation uses the same mechanical connections as traditional tiles, so no structural modifications or special mounting hardware were required. Mediterranean Aesthetics Preserved The curved tile profile matches the original Mediterranean roofing style. The homeowner's property maintains its architectural character while now generating clean electricity from the roof. Built for Coastal Conditions Greece's coastal climate brings high UV exposure, salt air, and humidity. GreenMore solar tiles are engineered for these conditions — maintaining stable output with minimal degradation across a 25-year warranty period. Solar-Plus-Storage Self-Consumption The 15kWh GreenMore battery stores daytime solar generation for evening use, significantly improving self-consumption and reducing dependence on the grid. The system is managed through GreenMore's cloud platform for real-time monitoring. FAQ Q1: How long did the roof renovation take? A: The full project — old roof removal, solar tile installation, electrical integration, and system commissioning — was completed in standard roofing timelines. GreenMore tiles install using conventional methods, so no extra construction time is needed. Q2: Can solar tiles match other Mediterranean roof styles? A: Yes. GreenMore offers multiple tile profiles including curved, flat, and triple-arch designs. We work with distributors and installers to match regional architectural requirements. Q3: What happens to the old roof materials? A: Old clay tiles are removed and disposed of or recycled as part of the renovation process. GreenMore solar tiles then serve as both the new roof and the power generation system in one product. Safety & Compliance Class C Fire Rating: Solar tiles meet fire safety requirements for residential roofing in Mediterranean climates. Coastal Durability: Designed to withstand salt air, high humidity, and intense UV exposure common in Greece. International Certifications: Products comply with EN 14782, EN 1090-1, ISO 9001, ISO 14001, CE, IEC 62619, MSDS, and UN38.3. Recommended Products Solar Shingles Solar Roof Tiles Solar Roofing Materials Energy Storage Inverter 25kWh Energy Storage Battery

Project Overview This 30kW residential rooftop project in Israel showcases GreenMore's Hantile three-curved solar tiles paired with a 30kWh energy storage system and rack-mounted hybrid inverter. The tiles replace conventional roofing materials, combining architectural aesthetics with power generation — a true BIPV solution for both the building envelope and the energy source. Designed for the Mediterranean climate: 24.1% module efficiency, Class C fire rating, 5,400 Pa mechanical load resistance, and a 25-year warranty.   System Configuration Solar Tiles Energy Storage Inverter Hantile Three-Curved30kW capacity24.1% efficiencyClass C fire rated GreenMore 30kWh BatteryLiFePO4 cells6000+ cycle lifeIP54 protection GreenMore Rack-MountedHybrid InverterGrid-tied & off-gridSmart MPPT Project Highlights BIPV Integration: Tiles install like conventional roofing — no extra racking needed, reducing labor and time. Improves Self-consumption: The 30kWh battery stores excess generation for nighttime use, cutting electricity bills. Built for Mediterranean Climate: Handles high UV, 40°C+ summers, and coastal salt air with minimal degradation over 25 years. Smart Monitoring: Cloud-based platform for real-time generation, consumption, and battery tracking via mobile app. FAQ Q1: What is the lifespan of GreenMore Hantile solar tiles? A: 25-year warranty. Double-glass construction and Class C fire rating ensure durability in high-UV and coastal environments. Q2: Can these tiles replace existing roof tiles? A: Yes. The three-curved profile matches standard Mediterranean roof dimensions. Installation uses conventional roofing methods — no structural modifications needed. Q3: Does GreenMore support OEM/ODM? A: Yes. We customize dimensions, colors, surface textures, and electrical interfaces for distributors and system integrators. Recommended Products Home Energy Storage Solutions Hybrid Energy Storage Inverter Home Solar System Photovoltaic Roof Tiles

Project Overview This 25kW residential rooftop project in Japan uses GreenMore triple-arch Hantile solar tiles as the BIPV roofing system, paired with a GM-HW15K 16kW three-phase solar inverter and four GM-ESS-B100S16 5kWh batteries (20kWh total) connected in parallel. The system operates in self-generation and self-use mode, storing surplus solar energy for evening consumption. Japanese villas demand high standards for both aesthetics and engineering. The Hantile triple-arch profile blends with traditional Japanese roof lines while generating clean electricity. For distributors and installers serving Japan's premium residential market, GreenMore delivers a single-source BIPV solution — tiles, three-phase inverter, and modular batteries — with full technical support. System Configuration Solar Tiles Energy Storage Inverter GreenMore Triple-Arch Hantile25kW system capacityJapanese villa roof profileClass C fire rated 4 × GM-ESS-B100S165kWh per unit = 20kWh totalLiFePO4 cellsParallel configuration GM-HW15K16kW three-phase outputGrid-tied & off-grid hybridSmart MPPT Project Highlights Triple-Arch for Japanese Aesthetics The Hantile triple-arch design complements traditional Japanese villa roofing. Homeowners get a seamless look that preserves architectural character — while the tiles generate clean energy from every square meter of roof. 20kWh Modular Battery Array Four 5kWh GM-ESS-B100S16 batteries in parallel provide 20kWh of storage. The modular design means individual units can be serviced or replaced without taking the entire system offline — important for Japan's high reliability expectations. Three-Phase Power for Villa Loads The GM-HW15K three-phase inverter handles the balanced power demands of a Japanese villa — air conditioning, kitchen appliances, heating, and EV charger — without single-phase bottlenecks. Seasonal Adaptability Japan experiences four distinct seasons — from snowy winters to humid summers. GreenMore Hantile tiles are rated for freeze-thaw cycles, typhoon-grade wind loads, and high UV conditions, ensuring year-round performance. FAQ Q1: How does the system handle Japan's winter snowfall? A: GreenMore Hantile tiles are rated for 5,400 Pa mechanical load and tested for freeze-thaw cycles. Snow slides off the curved surface naturally, and the 20kWh battery ensures continued power supply during low-generation periods. Q2: Can the three-phase inverter support grid-tied export? A: Yes. The GM-HW15K supports both grid-tied export and self-consumption modes. Surplus solar generation can be fed back to the grid where local regulations allow. Q3: Does GreenMore offer OEM customization for the Japanese market? A: Yes. GreenMore provides OEM customization for tile dimensions, colors, and electrical specifications to match Japanese building codes and architectural preferences. We work directly with local distributors and installers. Safety & Compliance Typhoon-Grade Wind Resistance: Hantile tiles withstand high wind loads common during Japan's typhoon season, with secure mechanical fastening to the roof structure. Freeze-Thaw Durability: Tiles maintain structural integrity through repeated freeze-thaw cycles in northern Japanese winters. International Certifications: Products comply with EN 14782, EN 1090-1, ISO 9001, ISO 14001, CE, IEC 62619, MSDS, and UN38.3. Recommended Products Home Energy Storage Systems Home Lithium Battery Home Lithium Battery Storage Roof Photovoltaic Tiles  

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  

  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