Businesses Severely Affected By Power Outages

Problem Power outage during production can result in material damage, data loss, delayed delivery and impact on profitability.   Solution ANPL energy storage systems can serve as emergency power supply for as long as your individual situation requires. ANPL energy storage systems provide power which is cleaner and faster than diesel generators.   Business Areas Data centre Manufacture industry Automation Metalworking Hotel and tourism Industry  

High-Energy-Consuming Enterprises

Problem Electricity costs can significantly increase during peak demand periods. Businesses often struggle to manage these costs, resulting in higher expenses and reduced profitability.   Solution ANPL energy storage systems offer an effective solution by allowing users to store excess electricity during off-peak periods and discharge it during peak demand times. This helps businesses take advantage of the price difference between peak and off-peak electricity rates, optimizing their electricity costs.   Business Areas Textile Manufacturing Plastic industry Wood Processing Electronic Equipment Manufacturing  

Synergistic Use Of Pv, Storage And Charging Infrastracture

Problem Photovoltaic system owners often face challenges when it comes to utilizing the generated solar energy efficiently. Excess energy during certain periods goes unused, leading to missed savings and potential wastage.   Solution ANPL energy storage systems enable PV system owners to store surplus energy generated by their solar panels for later use. This stored energy can be consumed during non-sunny periods or high energy demand, maximizing self-consumption and reducing reliance on the grid.   Business Areas Metalworking Chemical industry Government institutions Hotel and tourism Industry  

Scenarios With Unstable Transformer Loads

Problem Many businesses face constraints in terms of transformer capacity due to limited power availability. This limitation becomes a hindrance to expansion and can affect productivity and growth. Solution ANPL energy storage systems can serve as a solution by augmenting the transformer capacity. By drawing power from the energy storage systems during peak demand, businesses can reduce strain on transformers and expand their operations without the need for costly infrastructure upgrades.   Business Areas Manufacturing industry Electric vehicle charging stations Commercial complexes Distribution and logistics centers  

ANPL's PVCoupledStorage Project in Textile Industry

ANPL has successfully grid-connected its 800kW/1600kWh Battery Energy Storage System (BESS) at a textile factory. This project marks a significant step forward in integrating photovoltaic (PV) power with advanced energy storage solutions, redefining the future of green manufacturing.At the heart of this achievement lies a strategic partnership between the textile factory's existing 1.8MW PV system and ANPL's 8 state-of-the-art HULK200 devices. This integration creates an unparalleled "integrated photovoltaic, storage, and charging system," transforming the way energy is generated, stored, and utilized within the factory premises.     Addressing the Challenges of Photovoltaic ConsumptionOne of the primary challenges facing PV-powered industries is effectively managing the intermittency of solar energy. ANPL's BESS addresses this head-on, ensuring that surplus solar power generated during peak sunlight hours is efficiently stored for later use. This not only ensures continuous and reliable power supply to the factory but also mitigates the need for expensive grid power during off-peak hours.   Easing the Burden on Local GridsAs the textile factory embraces a growing fleet of electric vehicles and charging stations, the demand for power during peak charging hours can soar. ANPL's BESS acts as a buffer, alleviating the strain on the local grid and preventing potential power outages or brownouts. This not only ensures uninterrupted operations but also contributes to the overall stability and resilience of the regional power infrastructure.   Emergency Power Backup: A Safety Net for Unpredictable TimesIn the face of unexpected power outages or disruptions, ANPL's BESS provides a vital safety net. The stored energy can be quickly deployed to ensure critical operations continue uninterrupted, safeguarding assets, maintaining productivity, and preserving the factory's reputation for reliability.     The successful grid connection of ANPL's 800kW/1600kWh BESS project in the textile industry represents a landmark achievement in the ongoing quest for sustainable energy solutions. By integrating advanced storage technology with existing PV systems, this project demonstrates the power of innovation in driving green transformation and fostering a more resilient, efficient, and environmentally friendly industrial landscape. As the textile factory embraces this new era of refined energy management, it paves the way for others to follow suit, together shaping a brighter, greener future.

Successful Grid Connection of Innovative 900kW/1800kWh BESS Power Station Project

The 900kW/1800kWh Battery Energy Storage System (BESS) power station project of ANPL has been initiated with successful grid connection. This achievement marks ANPL's commitment to empowering factories and high-energy-consuming industries with reliable, sustainable, and cost-effective energy solutions.     ANPL's BESS is designed to help factories to manage their energy needs, offering a range of benefits that enhance operational efficiency, safety, and sustainability. The system's key advantages include:Swift & Safe Construction: Expertly executed with professional processes, ensuring timely completion and adherence to safety standards.Peak Load Alleviation: Effectively manages peak-hour electrical loads, reducing stress on the grid and minimizing the risk of power outages.Enhanced Safety & Stability: Strengthens factory electricity systems, providing a more stable and secure power supply.Cost Reduction & Economic Value: Lowers electricity costs by optimizing energy usage and enabling participation in demand response programs, thereby creating tangible economic value.Emergency Power Backup: Provides a reliable source of backup power during unexpected outages, ensuring business continuity.Sustainable Green Development: Promotes the adoption of green energy practices, aligning with the global push towards sustainable and environmentally responsible factory operations. Driving Green Energy Revolution in High-Energy-Consuming IndustriesThe application of battery energy storage technology by ANPL is poised to transform high-energy-consuming industries like the tile sector, offering new development opportunities and accelerating the transition to green energy. By partnering with ANPL, factories can harness the power of advanced energy storage solutions to reduce their carbon footprint, enhance operational resilience, and contribute to a more sustainable future.     Looking Ahead: Collaborating for a Greener TomorrowANPL is eager to collaborate with more enterprises across various industries, sharing its expertise and innovative solutions to advance the green energy revolution. Together, we can build a more sustainable future, powered by clean, reliable, and cost-effective energy solutions.

Signing A Contract With A Client From Sierra Leone

ANPL Signs Dealership Agreement with Sierra Leonean Client to Jointly Expand Clean Energy Market in West Africa     Amidst the global wave of energy transformation, ANPL has taken another significant step forward by officially signing a dealership cooperation agreement with a distinguished client from Sierra Leone. This collaboration not only underscores ANPL's unwavering commitment to promoting the widespread adoption of clean energy but also marks a significant milestone in the company's market expansion efforts in West Africa.   The Sierra Leonean client has long been dedicated to energizing local communities, businesses, and residential areas through the provision of clean, reliable, and affordable power solutions. ANPL's minigrid battery solutions, tailored to meet the unique energy demands of the region, have garnered high praise and recognition from the client for their efficiency, low maintenance costs, and tailored design.   ANPL's energy storage products have received widespread acclaim in the market for their advanced technology, superior performance, and exceptional service. During this collaboration, the client has expressed immense satisfaction with ANPL's products and services, fostering mutual confidence in deepening their cooperation in the clean energy sector.   Looking ahead, ANPL and its Sierra Leonean partner will forge ahead together, jointly offering more sustainable and reliable energy solutions to West Africa. This partnership will not only help alleviate local energy shortages but also stimulate regional economic prosperity and development, infusing fresh momentum into innovation and growth within the energy industry.

Annual Report of Commercial and Industrial Energy Storage

As various listed companies disclosed their annual reports in 2023, ANPL also presented an impressive report card in the field of commercial and industrial energy storage. In this year, ANPL achieved significant development, steadily advancing in project delivery, technological research and development, product certification, and other aspects.   The star product, "Qiji 233" fully liquid-cooled industrial and commercial energy storage system, attracted considerable attention amidst the energy storage boom in 2023. It remained steadfast to its original aspirations amidst accelerating competition, striving to work diligently with the highest level of safety protection and intelligent design over the next decade. A large number of "Qiji 233" energy storage projects were successfully interconnected and delivered, spanning across Zhejiang, Jiangsu, Guangdong, Shanghai, and other regions. They received high praise from clients in various industries such as machinery, power electronics, pharmaceuticals, and building materials, providing more stable, economical, and greener energy solutions. Each project validated its safety and cost-effectiveness. State of Health (SOH) value is a direct reflection of the health condition of battery cells and an important guarantee for the long-term operation of energy storage systems. The excellent SOH value data of the aforementioned projects stem from the outstanding technology of "3S" homogeneity (TMS+BMS+EMS).   The fully liquid-cooled thermal management system (TMS) ensures that the battery cells always remain in the optimal operating range of 20°C to 30°C. The Battery Management System (BMS) with active equalization technology escorts the consistency of battery cells, effectively delaying battery degradation. The Energy Management System (EMS) calculates the optimal charging and discharging strategies based on load demand and grid environment, ensuring that every unit of energy is used efficiently. The cloud platform monitors the temperature, voltage, and current of individual battery cells in real-time, estimates SOH values using AI big data, and issues early warnings in case of risks. In the past year, the ANPL R&D team has strived for excellence, conducting multiple upgrades to "Qiji 233", including upgrades to the cloud platform, innovation in appearance and system architecture, iterative design of anti-condensation, and the addition of active equalization functionality, further enhancing the comprehensive efficiency and lifespan of the equipment. Simultaneously, the acquisition of various certification standards provides strong endorsement for the reliability of "Qiji 233". It has undergone a series of tests and trials, including high and low-temperature charge and discharge performance, insulation performance, withstand voltage performance, overcharge/overdischarge, short circuit, extrusion, drop, salt penetration, high-temperature and high-humidity, and thermal runaway diffusion tests, all meeting the technical requirements of certification regulations.   Extrusion Test Salt Spray and High-Temperature and High-Humidity Test Thermal Runaway Diffusion Test As an investment product with a relatively long operation and revenue cycle, "Qiji 233" has just begun to shine, with a long way to go. Through project accumulation, technological upgrades, and certification endorsements, ANPL and its partners have full confidence in "Qiji 233". ANPL will continue to deepen its research and development in energy storage technology, continuously explore application scenarios, and provide more economical and low-carbon green energy solutions for more industrial and commercial clients with the highest quality products and services!