Chanming New Energy - Professional Energy Storage Solutions

10KW Upright Lithium Iron Phosphate (LiFePO4) Battery

Professional Home Energy Storage System with a rated energy of 10.49kWh. Its floor-standing design is perfect for high-power household energy storage scenarios. It adopts 205Ah high-capacity battery cells with a 100A standard charge and discharge current, delivering strong load capacity. 95% DOD ensures sufficient available energy. It supports a maximum of 15 units connected in parallel for capacity expansion. The intelligent BMS management system monitors cell status in real time to prevent overcharge, over-discharge and overheating. The natural cooling design eliminates the need for additional heat dissipation devices, simplifying installation and maintenance.

16KW residential Stacked Lithium Iron Phosphate Battery

Large Capacity Energy Storage Battery: With a rated capacity of 16.07kWh and 95% Depth of Discharge (DOD), it delivers 15.27kWh of usable energy, fully meeting daily household power needs and emergency backup requirements. Safe & Durable LiFePO4 Technology: Built with lithium iron phosphate cells, multi-layer protection against over-current, over-voltage, under-voltage, short circuit, and extreme temperatures, plus an IP20 rating and natural cooling design, it provides a secure power solution for homes. Efficient & Stable Performance: Supports 150A rated charge/discharge current, compatible with most mainstream residential inverters, enabling efficient energy storage and stable power output. Flexible & Scalable Design: Supports parallel connection of up to 15 units with a modular stacked structure, allowing you to expand capacity according to your household’s power needs and easily adapt to different solar or grid-tied systems. Easy Installation & Smart Management: Floor-standing installation with CAN/RS485 communication interface, enabling seamless integration with smart systems for visualized energy management, perfectly fitting various home scenarios.

16KW residential Rack-mounted LiFePO4 Battery Parameter Table

High-power commercial and industrial energy storage system with rated energy of 16.07kWh, perfectly suitable for commercial & industrial energy storage, large household storage and off-grid power stations. Large-capacity energy storage cells with progressively increasing capacity, unified 150A standard charge/discharge current for stable and balanced output. Two installation modes (rack-mounted & stacked) can be freely combined to build large-scale energy storage systems. High depth of discharge energy storage device with 95% DOD for high energy utilization. Full electrical and temperature protection with moisture-proof performance. Multi-unit parallel energy storage system supporting up to 15 units connected in parallel. Standard interfaces are compatible with various PV inverters, ideal for long-term indoor operation.

16KW Upright Lithium Iron Phosphate (LiFePO4) Battery

Professional Energy Storage System with a rated energy of 16.07kWh. Three installation styles are available to perfectly meet the energy storage needs of households and small businesses. 314Ah large-capacity energy storage cells with a 150A wide-range charge and discharge current deliver strong load output performance. Equipped with multiple safety protections such as over-current, short circuit, and extreme temperature protection. IP20 protection grade ensures safe operation. Supports up to 15 units in parallel. Rich communication interfaces can seamlessly connect with PV inverters to efficiently build integrated PV and energy storage systems.

20KW residential Upright Lithium Iron Phosphate (LiFePO4) Battery

High-power residential energy storage system with a rated energy of 20.48kWh, an ideal choice for home energy storage. 400Ah large-capacity energy storage battery with over 8000 cycle life, significantly extending service life. Low-temperature compatible energy storage device with upgraded temperature resistance: discharging at -30℃~60℃, charging at -10℃~55℃, easily coping with low-temperature environments. Multi-unit parallel energy storage system supporting 16 units parallel connection with built-in short-circuit protection. The product is covered by a 5-year warranty for guaranteed quality.

580w-600W/N-type monocrystalline high-efficiency solar panels

1.Equipped with advanced N-type TOPCon cell technology, these modules achieve a maximum conversion efficiency of 23.2%. They are free from Light Induced Degradation (LID) issues, ensuring stable and reliable power generation performance over the long term, providing a solid guarantee for your photovoltaic system. 2.With excellent temperature coefficients and superior low-light response capabilities, these modules deliver higher power output than conventional modules in low-light conditions such as cloudy and hazy days, as well as in high-temperature operating environments, allowing your photovoltaic system to operate efficiently under various conditions. 3.The multi-busbar structure optimizes light utilization and current collection, significantly enhancing output power and operational reliability, resulting in higher power generation for your photovoltaic system. 4.Exceptional weather resistance: operating temperature range from -40℃ to +85℃. These modules have passed the 25mm diameter hail impact test, support DC 1500V system voltage, and feature strong wind resistance, providing comprehensive protection for your photovoltaic system. 5.A wide range of power ratings, standardized production, and packaging facilitate mass transportation, on-site installation, and project implementation, making the construction of your photovoltaic system more convenient and efficient.

5kW Wall-mounted LiFePO4 Energy Storage Battery

Rated energy: 5.22kWh. It supports both wall-mounted and floor-standing installation, specially designed for residential distributed energy storage. Built-in full-function intelligent BMS provides comprehensive protection against over-current, over-voltage, under-voltage, short circuit and extreme temperature. 95% maximum Depth of Discharge (DOD) for high energy utilization. Up to 15 units can be connected in parallel for capacity expansion. Equipped with CAN/485 communication ports to realize intelligent linkage with photovoltaic systems. Wide temperature adaptability: charging at 0~55℃, discharging at -15~55℃. The cycle life is no less than 6000 times, safe and durable for indoor use.

On/Off Grid Photovoltaic Inverter 12KW

12KW high-power on/off grid solar inverter, applicable to large residences and commercial & industrial energy storage systems, easily solving the problem of insufficient power supply for high-power equipment. Rated power 12KW, peak power 24KW. It can drive 8HP high-power motors with excellent heavy-load performance, saying goodbye to power shortage troubles. Supports on-grid and off-grid operation. Up to 6 units can be connected in parallel for system expansion, meeting different scale power needs. Dual PV input channels with large access power and high-efficiency MPPT tracking, greatly improving photovoltaic energy utilization. Adjustable charging current and protection parameters. Comprehensive protection against surge, overload and short circuit, ensuring more power usage safety. Dust-proof structure and wide temperature design ensure stable operation in tough conditions, with strong outdoor environmental adaptability. USB/RS485 communication ports support remote maintenance solar system, keeping track of equipment operation status anytime, anywhere. The maximum conversion efficiency is over 95% with low energy loss. It can work with solar panels and storage batteries to build high-efficiency on/off grid power generation systems, with visible electricity bill savings.

16KW Residential Energy Storage System

The 16KW Residential Energy Storage System (ESS) is a high-performance, intelligent energy solution designed for overseas household applications, particularly in regions with high electricity costs, unstable grid supply, or growing renewable energy adoption such as Europe, Australia, and Southeast Asia. This system integrates advanced lithium iron phosphate (LiFePO₄) battery technology, a bi-directional hybrid inverter, and an intelligent energy management system (EMS) to deliver reliable, cost-effective, and sustainable power for modern homes. With a rated power output of 16KW and flexible battery capacity configurations ranging from 20kWh to 40kWh, the system is capable of powering an entire medium-to-large household, covering all essential and high-power appliances including air conditioning, electric water heaters, kitchen appliances, lighting, and home entertainment systems. The solution supports three primary operation modes: self-consumption optimization, time-of-use (TOU) arbitrage, and backup power (UPS) mode, ensuring maximum energy independence and economic benefit for homeowners.

6KW Residential Energy Storage System Resource Allocation Solution

This solution applies to a standard 6KW single-phase residential energy storage system, suitable for 220V single-phase power consumption scenarios of urban and rural residential buildings. It corely realizes photovoltaic power consumption, grid peak-valley power optimization, and power outage emergency standby power supply. Centering on the core objectives of stable adaptation, safety and compliance, accurate resource matching, and modular scalability, this scheme focuses on all-dimensional scientific resource allocation without benefit calculation, serving as a pure technical implementation and configuration document. The system supports both grid-tied and off-grid dual operation modes, adapting to various residential power consumption scenarios including daily self-use, emergency power backup and independent power control. It complies with national and industrial standards such as T/CEC 5113—2025 Design Specification for Residential Photovoltaic Energy Storage System, GB/T 34131 and GB/T 36276.

Basic Energy Storage Solution for Forklifts (Suitable for small forklifts/1-3 tons / light-duty applications)

1. Scenario Pain Points Traditional lead-acid batteries for small electric forklifts have long charging time, frequent maintenance, and short cycle life. Frequent battery replacement affects operation efficiency and high use cost.

Enhanced Truck Air Conditioning Energy Storage Solution (For Long-Distance Transportation/Users in Extreme Cold Regions)

Long-distance freight vehicles operate across regions, facing problems such as difficulty in starting in extremely cold areas, insufficient endurance when multiple devices use electricity at the same time, and great difficulty in fleet vehicle management.

Strait of Hormuz Fully Reopens: A New Era for Energy Reconstruction in the Middle East

On June 15, 2026, U.S. Vice President Vance announced that the United States and Iran had reached a memorandum of understanding on the right of passage through the Strait of Hormuz, declaring the strait would remain "open long-term and free of tolls." On June 19, the strait officially resumed full navigation, reopening the world’s most critical energy artery. This historic turning point not only signals a major de-escalation of geopolitical tensions in the Middle East but also marks the official beginning of regional economic reconstruction. For households across the Middle East, this is both a hopeful signal and a sobering reminder — energy security and grid stability have never been more important.

GoodWe Unveils World’s First Grade A Low-Noise Certified All-in-One Residential ESS in Amsterdam, Strengthening Its Leading Position in EU Home Storage Market

Mar 12, 2026, Amsterdam, Netherlands — GoodWe hosted an official product launch during Solar Solutions Amsterdam Exhibition, rolling out its brand-new ESA all-in-one residential energy storage system. Certified by TÜV Rheinland as the world’s first Grade A low-noise home battery unit, the new product effectively solves the long-standing noise issue of household storage equipment and consolidates GoodWe’s dominant share across Europe’s residential storage sector.

Energy Storage Liquid Cooling Technology Enters Fourth Generation, Module-Level Safety Design Becomes Industry Standard

Energy storage thermal management technology is undergoing rapid iterative upgrades. Liquid cooling technology, with its superior heat dissipation efficiency and more uniform temperature field control, has comprehensively surpassed air cooling to become the mainstream thermal management solution for C&I energy storage.

Global Residential Storage Market Diverges: Emerging Market Demand Surges, Technology Evolves Along Dual LFP and Sodium-Ion Tracks

Pakistan's Rooftop Solar-Plus-Storage Systems Rapidly Expand, "Bottom-Up" Energy Transition Model Draws Attention

In recent years, Pakistan has experienced a remarkable "bottom-up" energy transformation. In major cities such as Islamabad, Lahore, and Karachi, rooftop solar panels paired with battery storage have become a mainstream choice for households.

Sodium-Ion Batteries Accelerate Commercialization, 2026 Expected to Mark Start of Scalable Applications

Sodium-ion battery technology is transitioning from the laboratory to large-scale application. Compared with lithium-ion batteries, sodium-ion batteries offer significant advantages including abundant raw materials, lower costs, and excellent low-temperature performance, making them particularly suitable for the high-temperature, high-humidity climate conditions of Southeast Asia and the Middle East.