Project Update | 650kW Mini Standing Seam Metal Roof Solar System in Mali, Africa

JinMega is driving solar forward across Africa! 

We’re excited to showcase our latest achievement — a 650kW solar project in Mali built with the JinMega Mini Standing Seam Metal Roof Mount system. Designed for precision and efficiency, this solution delivers reliable clean energy while ensuring faster and easier installation on standing seam metal roofs. 

 

 

Our Mini Mount solution brings reliability and efficiency to projects across diverse conditions:

- Made of high-strength AL6005-T5 with excellent corrosion resistance, ensuring long service life. 

- Pre-assembled components and snap-in design significantly reduce installation time and labor costs. 

- Compatible with multiple standing seam profiles, offering versatile application and customized options. 

 

 

We invite you to explore more of our metal roof mounting solutions designed to optimize performance and simplify installation. Discover More JinMega Metal Roof Products here www.jinmegasolar.com

 

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Project Update | BIPV Rooftop Mounting System in Changtai, Fujian

We are pleased to highlight a new rooftop solar project located in Changtai, Zhangzhou. The installation, with a capacity of 65 kW, adopts a fixed BIPV flat roof mounting system. Once in full operation, the project is expected to generate nearly 80,000 kWh of renewable electricity each year, cutting energy expenses while supporting the client’s path toward sustainability.

 

 

The BIPV rooftop mounting solution is designed with both strength and simplicity in mind. Its lightweight yet robust structure ensures high resistance to wind and weather, while the clean design integrates smoothly with existing building rooftops. This balance of durability and efficiency makes it a reliable choice for long-term solar generation. 

 

At JinMega, we continue to provide innovative and customized rooftop PV solutions that enable businesses to make better use of their roof space. By turning rooftops into sources of renewable power, we help our partners capture greater energy value and move closer to a low-carbon future. Explore more about our solar roof mounting systems here www.jinmegasolar.com

 

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Product Spotlight | Aluminum Elevated Fixed Agriculture Mounting System

At JinMega, we are advancing the application of solar mounting systems in agriculture with innovative designs that maximize both crop growth and solar generation. Our Aluminum Elevated Fixed Agriculture Mounting System supports installation heights up to 3.5 meters, with adjustable triangular frames for optimal sunlight penetration and energy yield. 

 

 

 

Why Choose JinMega?

·High-strength AL6005-T5 & SUS304, resistant to corrosion, snow, and typhoons. 

·Modular design with high factory pre-assembly for quick on-site installation.

·0°–30° single-row angle adjustment for seasonal optimization of crop light and solar output.

 

We are continuously developing new Agri-PV solutions and will showcase them at J AGRI TOKYO 2025 in Japan on October 1st. Stay tuned for more updates! Discover how JinMega Agriculture Solutions can maximize the synergy between crops and solar, click at www.jinmegasolar.com 

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CNH330 Series - 3P/3P Online UPS Designed for Computer Rooms

 

CONSNANT has officially launched the CNH330 series three-phase online uninterruptible power supply (UPS). This product utilizes pure online double-conversion technology and is designed for data centers, server rooms, critical industrial processes, and other applications with stringent requirements for power quality and continuity. It is designed to provide absolutely clean, zero-interruption power to critical loads.

 

Core Technology: Pure Online Double-Conversion Architecture

The core of the CNH330 series is true online double-conversion technology, recognized in the industry as the highest level of power protection. Its operation is as follows:

1. Rectification (AC/DC): The incoming three-phase AC power (mains) is first converted to DC power. This DC power charges the internal or external battery pack and powers the next-stage inverter.

2. Inversion (DC/AC): The inverter converts the DC power back into pure, stable, sinusoidal AC power with extremely high voltage and frequency accuracy to supply the load. This architecture completely isolates critical equipment from the grid, virtually eliminating all power quality issues such as voltage sags, surges, spikes, harmonic interference, and frequency fluctuations. The zero-millisecond transition time between mains and battery mode ensures absolutely seamless and continuous load operation.

 

Key Features and Technical Advantages

 

  • Three-Phase Input/Three-Phase Output (3/3 Phase): Perfectly matches standard three-phase distribution systems in medium- to large-sized equipment rooms and industrial environments. This design provides robust power support and achieves phase-to-phase load balancing, significantly improving distribution efficiency and reducing stress on building power systems compared to single-phase solutions.

 

  • High input power factor (>0.99) and low input current harmonic distortion (THDi <3%): These characteristics mean the CNH330 presents a near-ideal linear load characteristic to the grid. This significantly reduces the burden on upstream generators, avoids pollution to the distribution system, and reduces line and transformer losses, while meeting stringent industry compliance requirements without the need for expensive additional harmonic filtering.

 

  • Ultra-wide input voltage (304V-477V) and frequency (40-70Hz) ranges significantly enhance adaptability to harsh power grid environments. This wide mains input range reduces battery activation times, effectively extending the battery life. It also ensures compatibility with various backup generators, reducing the complexity and cost of generator selection and configuration.

 

  • Fully digital DSP control: Utilizing an advanced digital signal processor (DSP), the rectifier and inverter are fully digitally controlled, achieving faster dynamic response, more precise voltage regulation, and higher overall reliability and stability.

 

  • Flexible expansion capabilities: Supporting the connection of external battery packs, users can flexibly configure the system based on actual backup time requirements (from minutes to hours) to meet different scenarios requiring delays or waiting for generator startup.

 

Typical Application Scenarios

The CNH330 series is an ideal power protection solution for the following high-availability environments:

  • Enterprise data centers and server rooms
  • Network Operations Centers (NOCs)
  • Industrial automation control systems and precision manufacturing equipment
  • Medical imaging diagnostic equipment (such as CT and MRI)
  • Core hubs in the financial and telecommunications industries

 

Intelligent Management and Maintainability

  • Comprehensive Monitoring Interfaces: Standard RS232 and USB communication interfaces, with an optional SNMP/web network management card, enable easy integration into existing network management platforms, enabling remote monitoring, parameter configuration, and safe and orderly shutdown.
  • Preventative Diagnostics: Continuous self-diagnosis and alerting functions proactively identify potential risks, enabling predictive maintenance and preventing problems before they occur.
  • Highly Maintainable Design: Key components utilize a modular, hot-swappable design, significantly reducing mean time to repair (MTTR) and ensuring extremely high system availability.

 

The CONSNANT CNH330 series three-phase online UPS, with its pure double-conversion technology, superior electrical performance, and high reliability, provides a solid power defense for modern critical infrastructure. It not only protects the power supply of hardware equipment but also serves as a core asset for ensuring business continuity, data integrity, and operational security.

 

For detailed technical specifications or customized solutions, please contact the CONSNANT technical team.

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Core Advantages of Port-Specific Outdoor UPS Solutions

Outdoor UPS Solutions for Ports

Our core energy efficiency solution market is uninterruptible power supply (UPS) systems, ranging from small UPS systems to large marine UPS systems for critical applications such as transportation, oil and gas, power plants, and data centers. We offer customized power solutions tailored to your application. We remain committed to providing the most reliable solutions and services to a diverse range of customers, ensuring optimal and efficient energy delivery. Leveraging our advanced technology and production lines, we produce UPS systems with power ranges from 1 kVA to 1200 kVA.

 Outdoor Uninterruptible Power Supply

 

CONSNANT UPS Powered IP55 Outdoor Containers

 

Features

  • Reliability and performance guaranteed
  • Lower operating cost with better efficiency
  • No interference with sensitive equipment
  • Protection from UPS supply faults
  • Easy connection
  • Cabinet customisation as standard

UPS improves efficiency and reduces your electricity costs. UPS systems are used to stabilize power supply. With the surge in global trade, container ports face increasing pressure to operate efficiently while minimizing environmental impact. Outdoor UPS systems are an increasingly popular innovative solution.

 

Core Advantages of Port-Specific Outdoor UPS Solutions:

 

1. Impeccable Protection (IP55 and Above):

* High-strength steel structure or stainless steel casing provides excellent corrosion resistance and effectively resists salt spray erosion.

* Tightly sealed design prevents moisture, dust, and foreign matter from intrusion, ensuring long-term and stable operation.

* Built for outdoor use, unfazed by sun, rain, cold, and heat.

 

2. Extremely Wide Temperature Range (-25°C to +55°C+):

* Built-in advanced temperature control systems (such as fans and heaters) ensure optimal performance and lifespan of lithium-ion or traditional lead-acid batteries in extreme weather.

* Adapts to climate variations in ports worldwide.

 

3. Strong Vibration Resistance and Structural Design:

* The robust structure and reinforced internal components effectively withstand the constant vibration and shock from heavy machinery operation and cargo loading and unloading.

 

4. Flexible Deployment, Space Savings:

* Compact Outdoor Cabinet: Can be installed directly at the terminal edge or near the storage yard, close to critical loads (such as reefer areas, RTGs/RMGs), reducing power transmission losses.

* Containerized Solution: Providing greater power capacity (from 1kVA to 1200kVA), integrating UPS, batteries, power distribution, and cooling within a standard container, this solution offers fast and flexible deployment, making it particularly suitable for large automated terminals or centralized power supply centers.

 

5. Energy Efficiency, Green Operation:

* Utilizes high-efficiency online double-conversion technology (typically >96%), significantly reducing operating energy consumption and cooling requirements.

* Compatible with efficient and environmentally friendly lithium battery solutions, it offers higher energy density, longer lifespan, reduced maintenance, and improved temperature adaptability, potentially resulting in a more competitive Total Cost of Ownership (TCO).

 

6. Intelligent Management and Remote Monitoring:

* Equipped with advanced network management cards and software, it supports remote monitoring of UPS status, battery health, environmental parameters, and more. * Provides real-time alerts and predictive maintenance information to enable proactive operations and minimize unplanned downtime.

 

Operational continuity at a port cannot be compromised. Choosing a professional outdoor UPS solution means building a solid defense against power outages and environmental challenges for your critical loads. Investing in reliability, durability, and intelligent management means investing in your port's operational efficiency, safety reputation, and long-term competitiveness.

 

Act Now!

 > Contact Us < Learn how to customize a highly reliable, weather-resistant outdoor UPS solution for your port, ensuring continuous operation of critical operations in any weather and any challenge!

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Project Highlight | 998.68 kW Steel Mounting Solution — Concrete Pole Mounting in Thailand

We’re proud to share a successful JinMega installation — a 998.68 kW solar project in Thailand equipped with our Steel Mounting Solution — Concrete Pole Mounting. This system is designed for sites where ground space is limited or challenging — from rural landscapes to uneven terrain — offering a robust, space-efficient solution for maximizing solar output.

 

 

Why it works for Thailand’s diverse terrain

·Pre-stressed high-strength foundation ideal for large-scale solar parks in diverse terrains.

·Simple construction with pre-assembly services for a faster build.

·Customized to meet unique site conditions and maximize performance.

 

 

At JinMega, we create solar mounting solutions that adapt to your environment — not the other way around. Explore how our Ground Solar Mounting System can power your next project with stability, speed, and savings. Learn more at www.jinmegasolar.com

 

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Project Update | Rooftop Solar System in Zhangzhou, Fujian

We’re excited to share another successful project delivered by JinMega — a 399.32kWp distributed rooftop solar system for Tianyi Art, located in Zhangzhou, Fujian

 

 

 

This C&I solar distributed project adopts the installation methods of flat roof and metal roof. The roof layout design service and mounting systems are provided by JinMega Solar, designed to ensure structural stability and long-term durability. With a projected annual generation of approximately 480,000 kWh, the project will significantly offset the client’s electricity consumption, reducing operational costs and carbon emissions.

 

Learn more about our rooftop solar mounting systems at www.jinmegasolar.com

 

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How to Maintain an EV Charge?

In Norway, with a new energy vehicle penetration rate exceeding 30%, some car owners' home chargers have run stably for 8 years. In contrast, in humid, hot Southeast Asia, users report frequent malfunctions within 2 years. What causes this stark difference in EV charger lifespans? It boils down to daily maintenance and device design. As a crucial link between the grid and vehicles, a charger's lifespan impacts costs and charging safety. We'll share global tips to extend charger life and spotlight devices with "longevity genes".

I. Global Consensus Among Car Owners: 6 Golden Rules to Extend EV Charger Lifespan
Car owners worldwide have summarized practical maintenance experiences based on different climatic environments. These 6 methods have been proven through practice to effectively extend the lifespan of EV chargers:
💧 Interface Cleaning: The First Line of Defense for Charging Safety
Charging interfaces are prone to dust accumulation and moisture. Use a dust cover for protection after each charge, wipe the contacts with alcohol pads monthly, and focus on cleaning the grooves of European Type 2 interfaces and the pins of American CCS interfaces.
🧵 Cable Care: Avoid "Violent Bending"
Frequent bending can cause the copper core of the charger cable to break. After use, let it hang naturally or coil it for storage. Home chargers can be equipped with hooks, and public chargers can be organized with dedicated brackets.
🌡️ Extreme Weather Protection
Targeted protection is needed for different climates: in northern regions, choose devices with low-temperature preheating functions; in tropical areas, use products with IP55 or higher waterproof ratings, and install sunshades or rain shelters if necessary.
📦 Regular Appearance Inspection
Monthly inspect cables and casings. For any signs of cracks or damage, cease use and repair promptly to avoid short circuits.
🧑‍💻 Software Updates
Regularly update the charger firmware and enable automatic update functions to enhance the device’s adaptability to power grid fluctuations.
🔋Load Management
In areas with unstable power grids, using devices with overvoltage protection or dynamic load adjustment functions can extend the lifespan by 40%.II. Devices with Inherent "Longevity Genes": Designs That Make Maintenance Easier
New-generation devices integrate the concept of "less maintenance, longer lifespan" into their design. Our products draw inspiration from global extreme environment cases and feature the following hassle-free designs:
♨️Military-Grade Protection: EC01 Commercial Charger
Adopts an IP65 fully enclosed weather-resistant ABS shell and has passed extreme tests from -40℃ to 70℃. After 3 years of exposure to sun and rain at an open-air charging station in Thailand, the shell remains un cracked and the interface shows no oxidation, requiring only daily wiping for maintenance.
🧑‍💻 Intelligent Self-Inspection System: EP01/EP02 Home Chargers
Equipped with 16 real-time monitoring items, automatically detecting temperature, insulation, voltage, etc. When dust affects charging or voltage is abnormal, the APP sends cleaning reminders and automatically cuts off power in case of overload, making it more proactive than traditional devices.
🧵Tool-Free Maintenance
The charging gun cable is replaceable, and the interface module can be disassembled and cleaned by hand. Combined with a dust cover, users can easily complete basic maintenance, reducing reliance on professional repairs.
⚡Adaptive Power Grid: D30 Fast Charger
Fully compatible with 100-240V wide-range voltage and intelligently adjusts loads. In tests in New Delhi, India, its anti-voltage shock performance exceeded the industry average by 50%, making it suitable for global power grids.III. Longevity Is Not Just About "Lasting Long", But Also About "Running Stably"
Data from a Dutch charger laboratory shows that the performance of ordinary devices drops by 30% after 5,000 charging cycles, while devices equipped with high-quality components and intelligent protection can still maintain over 90% efficiency after 10,000 cycles. Choosing the right device not only reduces replacement costs but also ensures a long-term stable charging experience.
If charger glitches bother you or you're eyeing a reliable unit, click www.fescharging.com for tailored solutions. Remember, picking a low-maintenance charger is key to long-term ease.

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Want to Save Big on EV Charging?

As electric vehicles gain global popularity, charging costs have become a key concern for both individual owners and commercial operators. By 2024, China alone had over 30 million new energy vehicles, making electricity expenses unavoidable. Time-of-Use (TOU) Pricing – a dynamic system tied to grid demand – splits the day into peak, flat, and off-peak periods. Prices rise during peak hours to ease grid strain and drop significantly during off-peak times, with peak rates reaching up to three times off-peak levels in some cities. This difference creates major savings opportunities.

🔋TOU Pricing not only optimizes power allocation but also cuts costs: industry data shows individual owners can reduce annual charging expenses by 20%-35%, while commercial operators save 15%-25% through large-scale off-peak charging. As a leader in new energy charging, our smart products fully support TOU adaptation, helping users balance green energy use with cost savings worldwide.
💵The logic is simple: use low off-peak grid prices (e.g., 23:00-07:00) to auto-adjust charging times, avoiding high peak rates. This saves money for individual owners and delivers long-term cost reductions for commercial scenarios like charging networks and corporate fleets.
💥Key advantage: our top EV charging products all support TOU settings for diverse needs:

🔌EP01/EP02: Home portable essentials. Use the app to preset off-peak times with one click – set before bed for a full, cost-effective charge by morning. Built-in AI learns your driving habits (e.g., tracking weekly travel patterns) to recommend optimal charging windows, making energy savings effortless.

🪨EC01: Commercial wall-mounted charger for multi-scenario use. Batch-set TOU strategies to cut costs and boost efficiency. Manage hundreds of units centrally via backend systems, ideal for malls and offices needing scalable, cost-controlled charging solutions.

🌴D30: High-power DC fast charger with smart time-sharing. It balances fast charging with price optimization, perfect for fleet refueling. Dynamic power adjustment ramps up during off-peak times for quick charging and reduces during peaks to avoid high fees – saving ~¥3,000/month for 10-vehicle fleets in tests.

☀️CANNON-300: Industrial-grade solution with precise TOU response and load adjustment. Seamlessly connects to enterprise energy management systems, monitoring real-time price fluctuations and power loads. It allocates more power during off-peak periods and prioritizes critical equipment during peaks, balancing cost and efficiency.

Whether for home or business, TOU-enabled chargers make electricity use smarter and costs more manageable. To learn more, click here.
 

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What's in Home EV Charger Market?

With the global push for green travel, electric vehicles are growing in popularity. Home EV chargers, a daily essential, have become a focus of market trends. Analyzing market features and usage across countries helps match consumers with the right products. Below, we'll introduce two of our home chargers: EP01/02 and EC01.
🌍 Global Home EV Charger Market Landscape & Adoption Trends
📈Market Size and Growth Trend
With the continuous rise in the ownership of electric vehicles, the market size of home electric vehicle chargers is also expanding rapidly. According to relevant data forecasts, the global home electric vehicle charger market will grow at a relatively high compound annual growth rate in the next few years.
🏙️Usage in Various Countries
⭐️European Region: The penetration rate of home charging facilities in the UK reaches 93%, and the usage rate of smart chargers exceeds 50%; in Germany, the penetration rate is 71%. In terms of policies, many countries promote the installation of home chargers through subsidies and tax incentives, and the charging technology standards are unified (mostly using European standard plugs), which is conducive to product promotion.
⭐️North American Region: The penetration rate of home charging facilities in the United States is 82%. The IRA Act has increased the tax credit for charging facilities from \(1,000 to \)4,000, stimulating the demand for high-end smart charging piles. Consumers prefer intelligent and convenient products.
⭐️Asian Region: China's new energy vehicle sales in 2024 were 11 million units, accounting for 64.3% of the global total, indicating great potential in the home charging pile market. Countries such as Japan and South Korea are also increasing investment in electric vehicle infrastructure, and the home charger market continues to expand.

🔬Product Technology Development Trend

Home EV chargers are evolving towards higher efficiency, intelligence, and safety. Currently, 7kW AC slow chargers dominate the market at 85%. DC fast chargers (20kW+) see 12% annual cost drops, aiming for 35% household adoption by 2030. Smart features like APP - controlled remote operation, scheduled charging, and status monitoring are standard. Safety has multiple layers, including overload, over - temperature, and leakage protection.
💥EP01/02
⭐️Multi-Mode Voltage, Flexible Adaptation
EP01 and EP02 support 3.5kW/16A and 7kW/32A dual voltage modes. Opt for 3.5kW in old residential areas or low-load scenarios, and 7kW for fast charging large-battery EVs.
⭐️Intuitive Interaction, Effortless Operation
EP01 uses multi-functional indicator lights to show charging status. EP02 features a display screen for real-time data like power, electricity, and estimated time—ideal for beginners.
⭐️European Standard, Plug-and-Play
Both models come with European standard plugs, compatible with international sockets. No adapters or circuit mods needed, perfect for home and cross-regional use.
💥 EC01
⭐️Strong Protection, Adaptable to Complex Environments
The EC01 wall-mounted charger, suitable for garage or outdoor installation, features high IP rating for dustproof, waterproof, and corrosion resistance. It ensures stable operation in extreme weather for safe charging.
⭐️Intelligent Connection, Convenient Charging
With Wi-Fi/BT support and dedicated app, schedule charging via phone to optimize off-peak rates. Real-time status monitoring and history tracking enable smart management.
⭐️Flexible Installation, Diverse Power Options
Available in wall-mounted or floor-standing models, it offers 7kW/32A & 11kW/16A for home, and 22kW/32A for commercial use, catering to various charging needs.
In the current booming global home electric vehicle charger market, our EP01/02 and EC01 products, with their unique design, rich functions, and excellent performance, can meet the diverse needs of consumers in different countries and scenarios. Click www.fescharging.com to learn more.
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