ACE Battery Webinar: All-In-One Energy Storage System for the European Market

📺 Watch our latest webinar below to explore how our all-in-one energy storage systems are revolutionizing the industry with innovative design and performance. Gain valuable insights and stay ahead in the energy storage market!

Webinar Agenda

1. Understand the challenges faced by traditional energy storage systems.

2. Learn how our PE20 series addresses issues of compatibility and efficiency in energy storage.

3. Discover innovative solutions for future of European residential energy demands.

4. Explore how ACE Battery is optimizing economic benefits for energy storage.

Transforming the European Energy Storage Landscape

As we dive into the complexities of the periodic constraints and changing nature of energy derived from wind and solar sources, a compelling need emerges – efficient energy storage solutions. Indeed, it's the unpredictability of these renewable energy supply patterns that drives the demand for energy storage technology capable of bridging the gap during times of low power generation. The surge in solar power uptake, although fundamental to fostering sustainability, concurrently poses challenges around balancing supply-demand equilibrium, grid stability, and energy storage requirements. Thus, energy storage emerges as an urgent priority to grapple with these issues and successfully integrate renewable energy sources into our lives.

Let's unpack these challenges - primarily driven by the time-bound and capricious quality inherent to both solar and wind energy production. Neither provides a steady power source, as energy generation ebbs and flows in a dance with the day's duration and annual seasons. This calls for adept energy storage systems crafted to conserve excess energy during peak power production times, releasing it during high-demand periods or when the sun dims its light or wind grows still.

Stumbling Blocks in Conventional Energy Storage

A significant obstacle encountered with traditional energy storage systems is the diversity among their key components. The combination of inverter, battery, and Energy Management System (EMS) often each carry a different manufacturer's mark. This varied production lineage triggers possible compatibility issues and operational inefficiencies. Classic system designs typically necessitate individual interconnections between the three elements, leading to convoluted environments ripe for system errors.

ACE Battery’s Revolutionary Solution: The PE20 Series - Streamlining Component Integration

ACE Battery introduces an innovatively combined system fusing the inverter, battery, and EMS - the PE20 Series. This all-in-one solution simplifies installation, management, and maintenance while vanquishing any compatibility issues, presenting a seamless and efficient energy storage solution.

The PE20 series is crafted with a modular, cable-free plug-in design enabling swift and straightforward installation, eschewing the complex wiring mandated by older systems. The quick-setup design, operating on floating alignment technology, minimizes installation time and dimension errors. The system comes to life within 15 minutes, reducing both time and labor costs - a truly efficient solution.

Despite being compact and lightweight, the PE20 series boasts a maximum of 12kW AC power and 22.8kWh battery capacity, rendering it a substantial force for residential energy demands. It effectively powers critical loads while also catering to heat pumps or electric vehicle (EV) chargers during grid loss.

Rising to Europe’s Energy Challenge

Equipped with high-quality lithium iron phosphate battery cells renowned for their safety and longevity, the PE20 series is armed for a full decade of effective operation. This comes as a boon to European customers who, in a world of hourly changing energy prices, can depend on the PE20’s EMS to dynamically calibrate energy usage based on real-time price fluctuations, maximizing monetary savings while assuring a consistent energy supply.

Unleashing Economic and Energy Advantages

The PE20 series cuts installation and upkeep costs substantially, thanks to its integrated design reducing complexity, saving time, labor, and the need for separate components. It also optimizes output according to fluctuating energy prices. Thus, you enjoy maximum savings while retaining a secure energy supply. Beyond delivering superior performance, the PE20's compact, aesthetic design opens the door to easy integration into any home without commandeering unnecessary space.

Designed for high interoperability, the PE20 series works in perfect harmony with home solar PV systems and electric vehicle chargers, allowing you to maximize your renewable energy utilization. Also, it easily fits into virtual power plants, taking part in energy trading programs and aiding grid stabilization by adjusting energy usage dynamically through its EMS. Whether you're aiming for EV charging, solar energy storage, or grid participation, the PE20 guarantees you're entirely interconnected with your home's energy ecosystem.

Audience Q&A

1. You mentioned the compatibility issues in traditional systems. Could you share a real customer example?

Certainly. One example involves a customer who had a traditional setup with separate devices from different brands. The integration of these devices was a nightmare, with issues like poor compatibility, system stop work several times, and no single point of service support. With ACE’s all-in-one solution, we were able to resolve these compatibility issues, providing a much smoother and more reliable system experience.

2. How does the installation process of the PE20 series compare to traditional systems?

Great question. Traditional systems require multiple components like inverters, batteries, and EMS to be connected manually, which can take hours to install and often requires professional installers. The PE20 series simplifies the process with its modular, cableless design compared with before solution. The system is built to align and connect quickly, allowing installation to be completed in 15 minutes. This not only saves time but also reduces the chance for errors and reduces installation costs overall.

3. Examples of what you can do with a higher power and higher energy system that you can’t do with others?

One example is providing backup power during grid issues. With its higher backup output, the PE20 can not only power to critical load but also to heat pump or EV charger during grid loss. Traditional systems can only power to part of home load with lower capacity.

4. Tell us more about the battery cells and why they are capable of 7,000 cycles with 2 daily cycles?

The PE20 series is built with high-quality lithium iron phosphate battery cells, which are known for their safety and long lifespan. These cells are designed to handle 2 charge-discharge cycles per day, which means they can easily achieve up to 7,000 cycles over a 10-year lift time. This is possible because PE20 battery cells have excellent thermal stability and a lower rate of degradation < ˌdeɡrəˈdāSH(ə)n > compared to other battery cells. This ensures that even with frequent cycling, the battery maintains high efficiency and a long service life.

5. Can you tell us more about the interoperability of the PE20 series with other equipment, such as EV charging, home solar PV, or virtual power plants?

We believe that energy storage will play a crucial role in Europe’s transition to renewable energy. As solar and wind continue to grow, energy storage systems will become even more important to ensure grid stability and optimize energy use. ACE Battery commit to driving innovation in energy storage, contribute our technologies to Europe market.

6. What’s ACE’s view on the future of battery storage and technologies in Europe?

We believe that energy storage will play a crucial role in Europe’s transition to renewable energy. As solar and wind continue to grow, energy storage systems will become even more important to ensure grid stability and optimize energy use. ACE Battery commit to driving innovation in energy storage, contribute our technologies to Europe market.

7. What are the safety features of the PE20 series?

The PE20 series meets European safety and EMC standards, including IEC/EN 62109-1&-2, IEC 62619, CE, UN38.3, IEC/EN 61000, and IEC/EN 62920. Additionally, the 5kWh model complies with the VDE-AR-E 2510-50 standard, which specifies safety requirements for stationary lithium battery energy storage systems across planning, transportation, installation, operation, disassembly, and disposal stages. 

8. Can you briefly introduce ACE Battery's manufacturing and locations?

ACE Battery is headquartered in Shenzhen, China, with five domestic production bases and service offices in Germany, Spain, and the United States. With 10+ years of experience as an ODM partner for Fortune Global 500 companies, our strengths lie in R&D with 400+ experts, 300+ patents, and advanced automated production lines with MES traceability. Our robust IPD and TQM systems, along with TUV Rheinland and UL CTDP-authorized labs, ensure top-tier quality and compliance with global standards.

9. Where is the PE20 series available in Europe?

The PE20 series is designed to meet different requirements across Europe. The PE20-H2 high-voltage system is compatible with grids in Germany, Austria, Switzerland, Sweden, Netherlands, UK, and other EU countries use EN 50549 standard. Meanwhile, the PE20-L2 low voltage system supports grids in Germany, Italy, UK, France, Spain, and additional EU countries compliant with EN 50549.

If you have any further questions or would like to learn more about PE20 series products, please feel free to reach out us. sales@acebattery.com