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2024-09-06

Shenzhen Intelligent Manufacturing Factory Successfully Completes FAT for Zhuhai Client

On August 29, 2024, Vilion welcomed a client team from Zhuhai to its Intelligent manufacturing facility in Shenzhen. The purpose of this visit was to conduct a Factory Acceptance Test (FAT) on two EnerArk-M integrated outdoor battery energy storage cabinets that are scheduled for delivery. With the close collaboration of the company's pre-sales engineers and commissioning engineers, the testing process proceeded smoothly and was successfully completed. At the start of the testing, the client conducted a thorough and detailed inspection of the design features and appearance of the EnerArk-M units. The inspection covered aspects such as the compliance of the equipment's structural wiring, the accuracy of the nameplate information, and the conformity of the casing materials and dimensions. The client highly praised the professionalism and practicality of the EnerArk-M's exterior design. After that, the client team, accompanied by the pre-sales engineer, conducted an in-depth performance evaluation of the EnerArk-M units. The testing process included key aspects such as external communication tests, system startup and emergency shutdown tests, charge and discharge tests, and Energy Management System (EMS) functionality tests. The EnerArk-M units successfully passed the tests, demonstrating exceptional performance and stability. Under the witness of the client, this FAT was completed successfully. The successful completion of the FAT tests signifies that the two EnerArk-M integrated outdoor battery energy storage cabinets are now ready for delivery. These units will soon be shipped to the project site, where they will be integrated with local charging stations to create a combined energy storage + charging application scenario. In this setup, the EnerArk-M will store electricity during off-peak hours and release it during peak times to power the charging facilities. This approach not only effectively achieves peak-load shifting for the power grid but also alleviates the pressure on the grid during peak periods. By reducing the impact of load fluctuations on grid stability, it helps ensure balanced grid operation.

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2024-09-06

“UNITY AND INNOVATION” — Record of Vilion's Outdoor Team-Building Event

On August 24, 2024, In order to further enhance team cohesion, foster a positive and collaborative work environment, and promote the harmonious integration of new and existing employees, Vilion meticulously organized a team-building event themed "Unity and Innovation for a Promising Future with Vilion" During this event, employees not only deeply understood the core idea of "Unity and Collaboration, Shared Success," but also showcased the spirit of Vilion people who embrace challenges and strive for excellence. The event, held at Dapeng Mingma Xuan in Shenzhen, featured six challenging activities: Icebreaker, Inspirational Rally, Rapid 60 Seconds, Battlefield Commands, Graduation Wall, and Live Action CS. Despite the scorching sun, the participants' enthusiasm remained high. At the beginning of the event, all participants quickly closed the distance between each other through spirited chants and team photos, creating a vibrant and energetic atmosphere. The "Inspirational Rally" project allowed team members to profoundly experience the essence of teamwork. Confronted with what appeared to be a simple ball-juggling task, everyone quickly realized that only by aligning their thoughts and efforts could they overcome challenges and achieve success. This project not only honed the team's mutual understanding and collaborative skills but also conveyed the profound lesson that "a single tree does not make a forest, and a lone string cannot play a melody." The subsequent "Graduation Wall" challenge pushed the spirit of teamwork to its limits. Confronted with a wall several meters high, everyone had to scale it without any external assistance. What seemed like an impossible task became achievable through the collective effort of the team. Despite numerous attempts and failures, no one gave up. With mutual support and encouragement from all members, the challenge was ultimately conquered. In that moment, each person felt immense pride and emotion, and a deeper belief in the truth of "unity is strength." The highlight of the day was undoubtedly the "Real-Life CS Battlefield" segment. Dressed in professional gear, all employees transformed into valiant soldiers and engaged in intense confrontations on a simulated battlefield. This immersive experience not only allowed everyone to forget the worries of daily work in the intense and exciting atmosphere, but also underscored the importance of courage, conviction, and teamwork in real combat scenarios. This outdoor team-building event created lasting and cherished memories for the entire family at Vilion. Through the series of challenging activities, both new and seasoned employees quickly forged friendships, significantly enhancing team cohesion. With the valuable experiences gained from the event, all employees are set to carry forward the spirit of unity and progress in their future work, collectively facing new challenges and shaping a bright future for Vilion.

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2024-08-29

Energy Storage Knowledge Class | Application Scenario: 5G Data Centers + Energy Storage

Q What is a 5G Data Center? A A 5G data center is a physical space that integrates advanced computing, storage, and networking technologies. It provides high-quality data transmission and processing services through high-speed, low-latency network connections. As a critical node connecting mobile networks and cloud computing resources, it supports various applications including real-time interactions, big data analytics, and Internet of Things (IoT) applications. Currently, 5G data centers primarily serve telecommunication service providers, edge computing and cloud services, the IoT, as well as virtual reality and augmented reality. As 5G technology continues to advance and expand, 5G data centers will play an increasingly crucial role in supporting a range of innovative applications, such as smart cities, autonomous driving, and industrial IoT. However, 5G data centers also face several challenges, including security concerns, flexibility and scalability of network architecture, as well as sustainability and energy efficiency. Addressing these challenges requires collaborative efforts from data center providers and related industries. This includes the adoption of advanced security measures, new network architectures, and green energy solutions to ensure the continued evolution and effectiveness of 5G data centers. Q What is the 5G Data Centers + Energy Storage? A The 5G Data Centers + Energy Storage represents an innovative energy management solution that integrates the high-performance computing and storage capabilities of 5G data centers with energy storage technology to achieve efficient energy utilization and sustainable development. By incorporating energy storage systems, such as lithium-ion batteries, within 5G data centers, energy can be stored during periods of low grid load and released during peak times. This approach helps balance grid load, reduce fluctuations, and lower operational costs. Vilion's core technology team has over 16 years of experience in the energy storage industry, with members hailing from the Top 5 global battery companies. The team has developed a comprehensive suite of solutions including the EnerCube containerized battery storage system, EnerArk integrated outdoor battery energy storage cabinet, EnerGeo integrated outdoor battery energy storage cabinet, ViStarter Edge Energy Management System (EMS), and ViViewer intelligent O&M cloud platform. These solutions cover a range of power capacities and applications, and are widely used in industrial parks, hospitals, 5G data centers, and more, with applications in over 30 countries across five continents. Vilion's BESS Solution Q What is the Role of Energy Storage Systems in 5G Data Centers? A Balancing Grid Load: Energy storage systems can store electrical energy during periods of low grid load and release it during peak times, helping to balance grid load and reduce grid stress. Providing Emergency Power: In the event of a grid failure or power outage, energy storage systems can rapidly provide backup power to data centers, ensuring continuous operation and data security. Improving Power Quality: Energy storage systems and EMS can optimize energy usage efficiency and enhance the quality of power supplied to data centers by employing appropriate control strategies. This helps mitigate the impact of power fluctuations on data center equipment. Facilitating Renewable Energy Utilization: For data centers that actively incorporate renewable energy systems (such as solar and wind power), energy storage can be integrated with these renewable energy generation systems to store and manage renewable energy. This enhances the utilization of renewable energy and supports the development of "green" data centers. Reducing Operating Costs: By using energy storage systems, data centers can charge during off-peak times when electricity prices are lower and discharge during peak times when prices are higher. This reduces electricity costs and overall operating expenses. Additionally, the intelligent management of storage systems can further enhance energy efficiency, leading to additional cost savings.

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2024-08-23

Visit Report | Shenzhen Client Visit Recap

On August 22, 2024, Vilion warmly welcomed a client from Shenzhen. This client, known for its exceptional lithium battery products and photovoltaic system solutions, has successfully delivered projects in various countries and regions, including the United States, the United Kingdom, Germany, France, Austria, Australia, Japan, the Philippines, and South Africa. Accompanied by Business Engineer Doris, the Shenzhen client took an in-depth tour of Vilion's production line. From the meticulous production processes to the exacting quality control systems, Vilion's high level of professionalism left a deep impression on the client. This visit not only deepened mutual understanding but also laid a stronger foundation for future collaboration between the two parties. During the visit, Doirs provided the visiting client with a detailed introduction to Vilion's flagship product—the newly upgraded EnerArk integrated outdoor battery energy storage cabinet. She highlighted that, through careful design and technological innovation, the upgraded EnerArk not only maintains high efficiency but also achieves further space reduction and a significant increase in energy density, offering users an enhanced experience. Additionally, addressing the safety concerns prevalent in the energy storage industry, the upgraded EnerArk is equipped with a water fire suppression interface and integrates a combustible gas detection system, Novec1230 automatic fire suppression system, and water fire suppression. This comprehensive and multi-layered safety protection system ensures that users can enjoy the convenience and benefits of energy storage with peace of mind. Subsequently, Vilion's pre-sales engineer, Ivy, provided the client with an in-depth explanation of the peak-valley arbitrage application model. As a crucial profit-making strategy in the C&I energy storage sector, peak-valley arbitrage is increasingly becoming a key method for enterprises to reduce electricity costs and enhance competitiveness. By using energy storage systems to charge during off-peak hours and discharge during peak hours, businesses can not only effectively reduce electricity costs but also mitigate the impact of power interruptions and other unforeseen events on their operations. During this visit, both parties not only engaged in in-depth discussions on Vilion's latest products and technologies but also explored a wide range of topics, including the development trends in the global clean energy market, directions for technological innovation, and potential future collaboration opportunities. The Shenzhen client highly praised Vilion's expertise in C&I energy storage solutions, as well as its market insight, and expressed great anticipation for expanding cooperation with Vilion in more areas.

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2024-08-08

Energy Storage Knowledge Class | Brief Analysis of the VPP

Q What is a Virtual Power Plant? A A virtual power plant (VPP) is a system that utilizes advanced communication and control technologies to integrate and coordinate distributed energy resources (such as wind power, photovoltaic power generation, energy storage systems, and dispatchable loads) located in different locations. Through a VPP, distributed energy resources can collectively participate in the electricity market and grid dispatch, thereby improving energy utilization efficiency, ensuring stable operation of the power system, and maximizing economic benefits. Q What Are the Components of a VPP? A Distributed Energy Resources (DER): These include photovoltaic power generation, wind power generation, small hydropower, biomass power generation, energy storage systems (such as batteries), electric vehicle charging stations, and controllable loads (such as smart appliances and industrial loads). These resources are connected through a digital platform to form a virtual integrated power supply system. Information and Communication Technology (ICT): Used to monitor, manage, and optimize the operational status of distributed energy resources. This includes Internet of Things (IoT) devices, sensors, supervisory control and data acquisition (SCADA) systems, and cloud computing and big data analytics platforms. Intelligent Dispatch and Control System: Utilizes advanced algorithms and control strategies to achieve coordinated dispatch and optimized operation of distributed energy resources, ensuring stability and economic efficiency of the power supply. Energy Management System (EMS): Manages and optimizes the operation of the VPP comprehensively, including functions such as energy forecasting, demand response, market trading, and fault diagnosis. Vilion's ViStarter EMS The ViStarter EMS, independently developed by the Vilion team, is a lightweight on-site control and integrated energy management platform with real-time data collection and analysis, system operation scheduling and management, as well as fault self-diagnosis and maintenance capabilities. It integrates various industrial and commercial application models, serving as a 24/7 intelligent energy management expert that continuously calculates and optimizes operational strategies for maximum user benefits. ViStarter EMS Interface ViStarter is primarily designed for applications involving battery energy storage systems. It optimizes the power distribution of multiple storage devices on-site and monitors the complementary integration of various energy sources (such as loads, photovoltaics, wind power, and generators) to achieve the best energy management outcomes. In the construction and operation of VPPs, Vilion's ViStarter,, with its powerful capabilities in power distribution among multiple storage devices and multi-energy complementary monitoring, will be an indispensable partner. By optimizing the operation strategy of on-site energy systems, it can maximize energy utilization and improves efficiency, providing strong support for the stable and efficient operation of VPPs. View more specifications about ViStarter EMS: ViStarter_energy management system_Vilion (szvilion.com) Q How does a VPP Operate? A （1）Data Collection and Monitoring: The VPP collects real-time operational data (such as power generation, energy storage status, and load demand) from distributed energy resources through sensors and communication networks. （2）Optimization, Scheduling, and Control: The energy management system optimizes dispatch strategies based on collected data, combined with electricity market price signals and grid demand, to coordinate the operation of distributed energy resources and ensure the balance between generation and load. （3）Market Trading and Response: The VPP can participate in the electricity spot market and ancillary services market. By flexibly adjusting output power and load response, it can generate market revenue. （4）Feedback and Adjustment: Based on market transaction results and grid operational status, the VPP continuously adjusts its scheduling strategies to optimize overall operation. Q What are the Application Scenarios and Functions of a VPP? A （1）Electricity Market Trading: A VPP can participate in the electricity spot market and ancillary services market to gain market revenues, reduce energy costs, and increase economic benefits. （2）Demand Response: By adjusting load responses, a VPP can participate in demand response projects, providing regulation capabilities to the grid. VPPs can also offer flexible dispatch capabilities to balance power supply and demand, reduce grid pressure, and enhance the stability and reliability of the power system. （3）Emergency Backup Power: In the event of grid failures or emergencies, a VPP can act as a backup power source to ensure continuity of supply. （4）Renewable Energy Integration: A VPP can optimize the grid integration of distributed renewable energ

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2024-08-04

Itochu Visits Vilion, Exploring New Horizons in Collaboration

Recently, the delegation from Itochu Corporation (Japan’s TOP 3 general trading companies) visited Vilion again for discussions on deepening cooperation in developing commercial and industrial energy storage projects, aiming to further strengthen their strategic collaboration. Accompanied by Vilion's Overseas Marketing Director Miles Ge and Product Development Center Director Dee Zhang, the delegation visited the Vilion 5MWh industrial park energy storage project in Huizhou, Guangdong Province, China. This project has deployed 24 EnerArk integrated outdoor battery energy storage cabinets. Once operational, it will leverage peak-valley electricity price differences to achieve significant economic benefits, helping the industrial park to reduce electricity costs. During the visit, Dee Zhang provided the delegation with a detailed overview of the entire process from the solution design to the efficient execution and delivery of the project. He particularly emphasized how the Vilion technical team accurately captured customer needs and combined them with the actual conditions of the project to create cost-effective and highly reliable energy storage solutions. This not only demonstrated Vilion's excellence in technological innovation and customized service but also earned high praise and recognition from the Itochu delegation. Looking ahead, Vilion and Itochu will continue to adhere to the principle of mutual benefit, deepening their cooperation in the commercial and industrial energy storage market. The two parties will jointly seize the opportunities brought by the global transition to clean energy for the development of the energy storage sector. Together, they will promote the widespread application of energy storage technology, contributing to low-cost and clean energy use for commercial and industrial users.

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2024-07-28

Vilion Commenced the BESS Installation for 5MWh Energy Storage Project at Guangdong

On July 24, 2024, Vilion has commenced the equipment installation work for its 5MWh C&I energy storage project at the Huizhou Industrial Park, including the on-site installation of energy storage equipment, inspection and wiring of anti-backflow meters, and other related tasks. This marks a significant milestone for the project, transitioning smoothly from the infrastructure construction phase to the equipment installation and commissioning phase.

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2024-07-25

Energy Storage Knowledge Class | Microgrid: the Applications of Energy Storage

Discover the Future of Power Systems: Understanding Microgrids and Their Applications In an era where energy efficiency and reliability are paramount, microgrids stand out as innovative power systems capable of independent control and management. Integrating distributed energy sources, advanced energy storage devices, and intelligent control technologies, microgrids offer a versatile solution that can operate both on-grid and off-grid. This article delves into the mechanics of microgrids, explores their diverse application scenarios, and highlights the significant advantages of integrating energy storage technology. Join us as we unravel the potential of microgrids in transforming our energy landscape.

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2024-07-17

Farm Grid FR: EnerCube's New Application in Northern Europe

The EnerCube Containerized Battery Energy Storage System, developed by Vilion's team with 16 years of experience in electrochemical energy storage R&D and application, is designed to meet the energy storage needs of commercial and industrial （C&I）users. This high-safety storage system features a modular design, integrating all components within a 20HQ standard container. It is easily transportable and saves both installation time and space. The system supports both PV DC coupling and AC coupling, making it versatile for various applications such as emergency power supply for C&I facilities, peak shaving, system expansion, and smoothing the output of renewable energy sources. The image above shows the EnerCube in use for power frequency regulation at a farm in Northern Europe. The farm frequently experiences unstable power supply due to fluctuations in weather and load changes affecting the local utility grid. To address the need for stable power supply in the farm's daily operations, The EnerCube containerized battery storage system provided by Vilion can quickly respond and adjust to fluctuations in the power system frequency. When the frequency is too high, it absorbs excess energy to lower it; when the frequency is too low, it releases stored energy to raise it. This rapid balancing of supply and demand differences in the grid reduces the impact of power fluctuations on the farm's daily production.

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