GuangZhou NASN POWER Co., ltd

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Saving Money on Your EV Road TripYou'll want to factor in extra time costs associated with finding a commercial charging...
04/06/2026

Saving Money on Your EV Road Trip

You'll want to factor in extra time costs associated with finding a commercial charging station. If you don’t plan your road trip around the location of EV charging stations, you could spend a significant amount of time driving out of your way and even more time waiting for your EV to charge. These extra miles add to the cost of your trip.

You can take steps to help reduce the cost of your EV road trip and make the costs more predictable. First, plan your route so that you can visit chargers when you’ll need them. Plan your time while you wait for your EV to charge. There are plenty of tools available to help you. Teslas come with their own route planner, and you can use apps like A Better Route Planner or PlugShare. Google Maps can also highlight EV charging stations.
There are also a number of other ways you can save money on EV charges while on a road trip:

Try to find charging stations with local accommodations, like restaurants or grocery stores, to make the most of your charging time.

Select hotels with charging stations. It's often free and you don't have to go looking for a gas station in a strange city.

Bring your charging cord, an extension cord, and adaptors if you have them. This will allow you to use a wider range of charging stations.

Finally, don’t try to fill up your battery at every charging station. Just get enough juice to get you comfortably to your next stop, so you can spend time enjoying your trip.

Recently, Chinese Scientists have achieved a Major Breakthrough in the new energy field, developing an Ultra-thin Flexib...
25/05/2026

Recently, Chinese Scientists have achieved a Major Breakthrough in the new energy field, developing an Ultra-thin Flexible Thin-film Battery — as thin as a sheet of paper, it can be Stick Anywhere on any surface, truly enabling the concept of "Universal Sticker".
The most stunning application of this Black Technology is Window Power Generation — simply stick the battery on a window, and it generates electricity continuously from sunlight to power your home. Powered by advanced Photovoltaic Technology, this innovation perfectly combines solar energy conversion efficiency with portability, opening up brand-new possibilities for future Clean Energy applications. Netizens have exclaimed: This is absolutely hardcore!

15/05/2026

V2V charger CCS2

Rack-Mounted Battery Packs: Core Technology Driving the Development of Energy Storage SystemsAs renewable energy becomes...
13/05/2026

Rack-Mounted Battery Packs: Core Technology Driving the Development of Energy Storage Systems
As renewable energy becomes more widespread and electricity demand continues to rise, energy storage systems play an increasingly critical role in the global energy transition. In this context, rack-mounted battery packs, as the core components of energy storage systems, are becoming a market focal point. These battery packs not only play a key role in power supply but also provide effective solutions for grid stability and energy management. Rack-mounted battery packs can deliver power during peak demand periods, relieving grid pressure, while storing excess energy when electricity is abundant, thereby optimizing energy utilization.
The advantage of rack-mounted battery packs lies in their modular design, allowing flexible configuration to meet the needs of different scales and application scenarios. This design simplifies installation and maintenance while providing scalability, making them suitable for residential, commercial, and industrial energy storage applications. Additionally, these battery packs are equipped with efficient energy management systems, ensuring safe power transmission and storage while optimizing battery lifespan and performance.

In this context, we have introduced several advanced rack-mounted lithium-ion battery packs designed to meet various energy storage needs. First is the Rack-Mounted 48V100AH Lithium-Ion Battery, characterized by its compact design and high energy density, making it ideal for small-scale energy storage systems. Its stable performance and long cycle life make it an excellent choice for residential and small commercial energy storage applications.

13/05/2026

Circuit Breakers in EV Charging Station
The growing popularity of electric vehicles has increased the need for efficient and reliable EV charging station infrastructure in worldwide. A DC breaker is a device that protects equipment from damage caused by accidental contact with direct current. It is an important safety mechanism in electric car charging station systems.

A DC circuit breaker works by measuring the current flowing through the conductor and comparing it to the predetermined level. If too much current flows, the circuit breaker will open up and break the circuit. Moreover, DC circuit breakers work based on magnetic and thermal safety. The thermal protection mode is activated when the DC circuit breaker receives an overload current. When a strong fault current is present, the magnetic protection system functions as a protective barrier to protect the circuit.

With the ability to communicate with other devices, smart breaker enable remote monitoring and control of EV charging system. With access to real-time data, user can track their energy consumption patterns, identify potential problems with EV charging device, and make decisions to optimize your EV charging strategy. This means users can conveniently check EV charging station status, energy consumption, and more anytime, anywhere via their smartphone or other connected device.

Mobile portable emergency energy storage EV charger
12/05/2026

Mobile portable emergency energy storage EV charger

110Vdc to 110Vac high frequency rack mount inverter110VDC to 110VAC High Frequency Rack-Mount Inverter 1~6kVA adapt to t...
11/05/2026

110Vdc to 110Vac high frequency rack mount inverter
110VDC to 110VAC High Frequency Rack-Mount Inverter 1~6kVA adapt to telecom systems with 110VDC power supply, adopting high efficiency SPWM inversion technology.

NASN POWER T110 series inverter can be connected to teleprinter, telegraph terminal, wireless paging equipment, data switching exchange, local exchange, microwave communication equipment, program controlled exchange charging system, fax machine and all kinds of AC instrument, computer equipment and various communication equipment.

The Key Role of I/O Expansion Modules in Industrial AutomationIn today's rapidly evolving field of industrial automation...
08/05/2026

The Key Role of I/O Expansion Modules in Industrial Automation
In today's rapidly evolving field of industrial automation, I/O expansion modules play a crucial role by providing powerful input and output capabilities to industrial control systems, thus driving process intelligence and automation. This article explores the key roles and advantages of I/O expansion modules in industrial automation.

Connecting More Sensors and Actuators
Industrial automation systems require real-time monitoring and control of numerous parameters and devices, including sensors such as temperature, pressure, flow, and actuators like motors, valves, and pumps. I/O expansion modules, by offering additional input and output channels, enable the system to connect more sensors and actuators, achieving comprehensive process monitoring and precise control.

Flexible Configuration and Wiring
I/O expansion modules support modular design, allowing flexible configuration and wiring according to specific requirements. By adding or replacing I/O modules, control system functionality and capacity can be rapidly expanded without altering the overall system architecture, enhancing system flexibility and maintainability.

Distributed Control and Data Acquisition
In large industrial facilities, there's often a need to distribute control and data acquisition functions across different locations or areas. I/O expansion modules facilitate distributed deployment, placing input and output interfaces where needed, communicating with central controllers over a network to achieve distributed control and data acquisition, improving system responsiveness and reliability.

Enhancing System Reliability and Flexibility
By utilizing I/O expansion modules, industrial automation systems benefit from enhanced reliability and flexibility. Systems can be customized based on production requirements, quickly adapting to changes on the production line, while reducing failure rates and the impact of single-point failures, ensuring process stability and continuity.

Supporting Various Communication Protocols
Most I/O expansion modules support common industrial communication protocols such as PROFIBUS, Modbus, EtherNet/IP, enabling seamless integration with other devices and systems for data exchange and information sharing, promoting interoperability within industrial automation systems.

Implementing Complex Control Strategies
With the advancement of industrial automation, control systems are becoming more complex. I/O expansion modules provide advanced input and output functionalities and interfaces, supporting the implementation of complex control logic and algorithms, optimizing production processes, and enhancing production efficiency and product quality.

In summary, I/O expansion modules play an irreplaceable and pivotal role in industrial automation, providing robust technical support and solutions for industrial production. As industrial automation continues to evolve and expand, I/O expansion modules will continue to be instrumental in driving industrial intelligence and automation forward.

Aerial View of Xinjiang Desert's "Photovoltaic Blue Ocean": 540,000 PV Panels Create a Shocking Green Energy LandscapeRe...
06/05/2026

Aerial View of Xinjiang Desert's "Photovoltaic Blue Ocean": 540,000 PV Panels Create a Shocking Green Energy Landscape
Recently, an aerial video of a desert in Xinjiang has gone viral online—540,000 photovoltaic (PV) panels stretch endlessly across the vast desert like a blue tide, creating a shocking and breathtaking scene. This massive project, dubbed the "Photovoltaic Blue Ocean," is a landmark initiative in Xinjiang's efforts to build a green energy base using its desert resources.

Xinjiang boasts the largest desert area in China (approximately 430,000 square kilometers) and over 2,500 hours of annual sunshine, making it a natural "golden zone" for developing renewable energy. The project captured in the aerial footage is located on the edge of the Taklimakan Desert, with a total installed capacity of 200 megawatts. 540,000 PV panels are arranged in neat rows, forming an energy matrix that spans 5 kilometers. From a bird's-eye view, the blue panels blend with the golden desert and blue sky, creating a magnificent "Photovoltaic Blue Ocean" landscape— a metaphor that not only describes its massive scale but also symbolizes the green hope in the desert.

As a core carrier of green energy, these PV panels convert solar energy into clean electricity through the photovoltaic effect, generating approximately 300 million kilowatt-hours of electricity annually—enough to meet the daily needs of 100,000 households. More importantly, the power generation process is zero-emission, equivalent to reducing the burning of 90,000 tons of standard coal and cutting carbon dioxide emissions by 250,000 tons each year, contributing "Xinjiang's strength" to mitigating global climate change.

What's noteworthy is that the project integrates the concept of desert governance beyond being a mere energy project. The shading of the PV panels reduces the soil moisture evaporation rate by about 30%, and drought-resistant plants such as saxaul and seabuckthorn have gradually taken root under the panels, forming an ecological restoration model of "PV + desert governance." This model not only increases the utilization rate of desert land (from 0 to 60%) but also achieves a win-win situation of "power generation + desert control," providing a replicable "Xinjiang experience" for desert governance.

From an industrial perspective, the project is a microcosm of Xinjiang's renewable energy development. In recent years, relying on its rich sunlight and wind energy resources, Xinjiang has vigorously developed renewable energy industries such as PV and wind power, promoting the transformation of its energy structure from "fossil energy-dominated" to "clean energy-dominated" (clean energy accounted for 45% in 2023). Behind the 540,000 PV panels lies Xinjiang's strategic layout to build a "national-level new energy base" and an important support for China to achieve its "dual carbon" goals (carbon peaking and carbon neutrality).

The shocking footage from the aerial shot not only showcases the scale effect of the PV industry but also conveys the concept of green development. This "Photovoltaic Blue Ocean" not only brings economic benefits (annual power generation revenue of approximately 120 million yuan) and clean electricity to Xinjiang but also provides a "PV + desert governance" sample for the green transformation of desert areas across the country. In the future, with the landing of more PV projects, Xinjiang's deserts are expected to become an "ocean of green energy," contributing Chinese wisdom to global energy transition.

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Meiju Center, Guanghua Road #168, Huadu District
Guangzhou
510800

Telephone

+8613510585626

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