When I first came across AMPACE’s showcase at RE+ 2025, I was immediately intrigued. Even though I wasn’t physically at the event, the innovations they unveiled in lithium-ion battery technology caught my full attention. With over 20 years of experience and more than 50 million customers worldwide, AMPACE has proven itself as a pioneer in the clean energy space. What impressed me the most is their uncompromising focus on 4 core principles: safety, reliability, performance, and user experience.
In this post, I want to walk you through the highlights of AMPACE’s technology, from their rugged Andes series portable power stations to their record-breaking Kunlun battery and groundbreaking semi-solid LFP cells. As someone who constantly explores energy storage solutions, I found their approach refreshing and future-focused.
AMPACE’s Vision and Legacy in Battery Technology
What stands out about AMPACE is their unmatched experience in lithium-ion technology. With over two decades in the industry, they’ve built a reputation as a trusted leader in clean energy. Their products aren’t just designed in labs—they’re tested, proven, and validated by real users across the globe.
- ⚡ More than 50 million customers served worldwide
- 🌍 Active presence across multiple continents
- 🛡️ Safety and reliability at the heart of every product
For me, this depth of expertise translates into peace of mind. When a company has such a strong foundation, you know their products can handle not just everyday demands but also extreme conditions.
The Andes Series: Portable Power That Conquers Extremes
Among AMPACE’s lineup, the Andes 1500 portable power station truly impressed me. It’s not every day you see a product tested on Mount Everest and come out shining. That real-world validation shows just how reliable this unit is, even under the harshest environments.
Here’s what makes the Andes 1500 a standout:
- 🔋 1462 Wh storage with expansion up to 12 kWh
- ⚡ 2400 W inverter for powering larger devices
- 🔄 Multiple charging options: AC, solar, and car inputs
- 🔌 Versatile outlets for laptops, appliances, and even heavy-duty gear
- 🤫 Quiet operation and seamless switchover under load
Personally, I see the Andes 1500 as more than just a backup power solution. It’s a versatile companion for off-grid living, outdoor adventures, or even emergency preparedness at home. The fact that it’s been proven on Everest speaks volumes about its durability and reliability.
Kunlun Battery: Lifespan That Matches Solar Panels
Another highlight that blew me away is the Kunlun battery. Most batteries wear out long before solar panels, which creates an expensive replacement cycle. But the Kunlun changes that with an ultra-long lifespan of up to 15,000 cycles—equivalent to about 30 years of daily use.
- 🔋 Matches the 25–30 year lifespan of PV solar panels
- 🏆 Significantly reduces total cost of ownership
- 🌱 Enhances system sustainability with less waste
As someone deeply invested in sustainable energy, I find this breakthrough incredibly valuable. A battery that lasts as long as the panels it supports isn’t just efficient—it’s game-changing. It means fewer replacements, less waste, and a better return on investment for solar users like me.
PU 200 Semi-Solid LFP Battery: A Technological Leap
Perhaps the most exciting innovation from AMPACE is their PU 200 semi-solid lithium iron phosphate (LFP) battery. It’s the world’s first mass-produced semi-solid state battery, combining the safety of LFP chemistry with cutting-edge performance benefits.
Here’s what makes it remarkable:
- 🚀 10C continuous discharge rate (double the industry average)
- 🏢 High power density, saving floor space in data centers
- ✅ Rigorous certifications and zero-defect manufacturing process
- 🔒 Built with a “zero incident” safety philosophy
To me, this represents a genuine leap in energy storage technology. High-demand environments like data centers or industrial setups can benefit immensely from its performance and reliability. It’s not just about better batteries—it’s about setting a new industry benchmark.
Safety as the Core of AMPACE’s Philosophy
In today’s energy storage industry, safety is often the biggest concern. Fires, recalls, and accidents are unfortunately not uncommon. But what struck me about AMPACE is their flawless track record:
- 🔋 69 million batteries sold
- 🚫 Zero recalls or safety incidents
- 🌍 Proven performance in extreme conditions, including powering 200,000 residents during a simulated 9.0 magnitude earthquake in Chile
That level of reliability is rare and sets AMPACE apart. As a consumer, knowing that a company prioritizes safety above everything else gives me confidence in their products. For large-scale adoption of clean energy, this kind of trust factor is absolutely essential.
Why AMPACE is Leading the Energy Transition
After reviewing AMPACE’s portfolio, I can confidently say they’re not just keeping up with industry trends—they’re setting them. Their Andes portable power stations prove resilience in the real world, the Kunlun battery revolutionizes lifespan and sustainability, and the PU 200 semi-solid battery is breaking barriers in performance and safety.
What ties it all together is AMPACE’s unwavering focus on user experience and safety. By aligning battery lifespans with solar panels, maintaining zero safety incidents, and pushing technological frontiers, they’re paving the way for a more sustainable, reliable, and innovative energy future.
Conclusion
In my opinion, AMPACE is redefining what it means to lead in the clean energy sector. With over two decades of expertise, they continue to innovate across portable power stations, long-life batteries, and next-gen semi-solid state technology. Their products are designed not just for convenience, but for resilience in the toughest conditions.
If you’re serious about sustainable power solutions that balance performance with safety, AMPACE is a name worth following closely. From powering Everest expeditions to ensuring safety in disaster scenarios, their track record speaks louder than any marketing claim. And after diving into their work at RE+ 2025, I can confidently say—they’re shaping the future of clean energy, one breakthrough at a time.
