Extend battery life with Liion Power

Smartphones, headphones, electric shavers, e-bikes, laptops – many of the devices we use daily run on lithium-ion batteries. An average household in Europe has more than 15 rechargeable devices at home. These batteries often degrade earlier than technically necessary. Devices get replaced even though it’s mainly the battery that’s failing. That costs money, creates e-waste, and consumes resources that are costly to extract.

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This is where Liion Power comes in. The clean tech company from Amsterdam develops intelligent charging technologies that significantly extend battery life.

Its first product, Leo, is a smart plug-and-play USB charger. It charges batteries gently and based on data. Building on this, a scalable software and data platform for electronics manufacturers and e-mobility providers is being developed.

Liion Power’s goal: extend the usable life of devices while reducing environmental impact, conserving resources, and lowering costs.

For investors, Liion Power is an exciting opportunity in the fields of energy efficiency, battery technology, and recurring software revenue.

When batteries die too soon: the environmental impact

What happens when a battery starts to weaken? It often doesn’t stop with a battery swap. In many cases, the entire device ends up sitting in a drawer for years or goes straight to the trash. The consequences?

Increasing amounts of electronic waste
High demand for new batteries – and thus raw materials
Additional CO₂ emissions from production, transport, and disposal
Extra costs for new devices

The use of lithium-ion batteries is on the rise. They’re found in consumer electronics, e-bikes, e-scooters, tools, and a wide range of connected devices. Global forecasts predict the lithium-ion battery market will reach hundreds of billions by 2030.

At the same time, the segment for smart charging and battery management solutions is seeing strong annual growth.

Regulation is also tightening. New EU rules demand greater transparency around battery life and sustainability. Manufacturers must show how durable their products are and how responsibly they manage resources.

The key question: how can existing battery capacity be better used before producing new cells?

Liion Power turns simple charging into intelligent battery solutions

Liion Power was founded in 2021 with the mission to extend battery usability. The approach: don’t just monitor charging – actively manage it.

Leo: smart plug-and-play charging

Leo is a device that fits via USB between the power adapter and your device. It extends battery life by:

Analyzing the battery of the connected device
Adjusting charging limits and speed
Planning short charging pauses
Reducing stress from fast charging, 100% charging, overnight charging, and preventing high temperatures

Tests show Leo can increase battery life by up to 63%. Around 4,900 Leo units have been sold across 59 countries. Preorders worth approximately €250,000 confirm market demand.

Leo is both a product and a data source. Every use provides anonymized insights into real-life charging and battery use.

From hardware to B2B software platform

Based on this foundation, Liion Power is developing its technology into a B2B software licensing platform.

The concept:

Liion Power’s algorithms and embedded firmware are integrated directly into manufacturers’ products – such as chargers, e-bikes, headphones, routers, or other IoT devices.
Manufacturers can gently charge batteries in their devices, offer customers longer usage times, and improve their sustainability metrics.
Liion Power earns revenue through licensing and SaaS models, e.g., per device and per connected system.

This allows the company to grow from a hardware vendor into a software and data company focused on battery health and energy efficiency. .

Extended battery life: real-world benefits for users and businesses

What does smart charging offer in daily life and business operations? The benefits are visible on multiple levels.

1. Longer use instead of early replacement

Gentler charging extends battery lifespan. For end users, this means:

Devices need to be replaced less often
Spending on new hardware decreases
Battery issues appear later in the device lifecycle

For businesses – like e-bike or e-scooter fleet operators – key benefits include:

Longer service life of vehicles
Less need for battery or device replacements
Lower maintenance and service costs

The simple question is: how many extra years of use can be gained from a battery that’s actively protected?

2. Less e-waste and lower CO₂ emissions

If batteries last longer, fewer new ones need to be made. This reduces both e-waste and CO₂ emissions.

Liion Power estimates that extending battery life by around 50% can save 20 to 30 kg of CO₂ per device. In households with 8 to 10 rechargeable devices, this adds up to 160 to 300 kg of CO₂ savings per household.

With integration into millions of devices, the emission reduction in the electronics sector becomes significant.

3. Improved sustainability metrics for manufacturers

Manufacturers face growing pressure to make products more durable and resource-efficient. Consumers and regulators increasingly care about how long devices last. By integrating Liion Power’s software, manufacturers can:

Demonstrably extend product life
Back up sustainability reports with real data
Strengthen their profile as providers of durable and efficient tech

This helps meet requirements around battery passports, circular economy, and reporting.

4. Transparency and data-driven decisions

In the consumer market, users gain insights into battery status and charging behavior via an app. They can see what’s stressing the battery and how its lifespan is developing.

In business settings, fleet operators and OEMs use dashboards to:

Monitor battery health in the field
Plan maintenance
Reduce failures

The collected data flows back into the algorithms – improving accuracy with each use.

From charger to data platform: why smart battery tech and Liion Power matter to investors

What makes Liion Power interesting is the combination of real-world value and a scalable business model.

1. A growing sector around lithium-ion batteries

Lithium-ion batteries are a key technology in the modern economy. As electric mobility, connected devices, and portable electronics become more widespread, so does the need for battery health solutions.

Liion Power targets the segment where batteries age prematurely due to poor charging. This affects countless existing and future applications – opening up wide potential for smart charging technology.

2. Dual approach with hardware and software

Liion Power combines two layers:

Hardware revenue from Leo in the consumer segment
Software and licensing revenue in the B2B segment

In the short term, Leo builds visibility, customer feedback, and real-world data. In the medium to long term, software licenses and SaaS models offer high margins and international scalability.

Typical license models include fees per device plus ongoing charges per connected unit, along with integration and support services.

3. Data as part of the company’s value

Liion Power’s technology collects charging and usage data from real applications. These data:

Improve the algorithms
Demonstrate value to OEMs and fleet operators
Provide an edge over competitors without equivalent data

This makes data a key value driver for the company.

4. Strategic partners and experienced shareholders

Liion Power collaborates with partners such as Init Power and TOP-electronics. TOP-electronics provides access to numerous OEMs in Europe, the US, and Asia – helping integrate the software into existing supply chains.

The shareholder base includes founders with physics, tech, and entrepreneurial expertise, as well as investors experienced in finance, electronics, and sustainable tech. The founders retain majority voting rights and are committed to long-term value growth.

5. Impact investing with measurable outcomes

Liion Power contributes to multiple UN Sustainable Development Goals, including industry, innovation, responsible consumption, and climate action.

The impact is quantifiable: saved CO₂ emissions, reduced e-waste, and longer product lifespans. For impact-driven investors who want measurable results, this is a strong value proposition.

6. Potential exit opportunities

As the technology spreads, several exit paths emerge, such as:

Acquisition by a player in electronics, battery tech, or e-mobility
Sale of technology and IP to a larger industry partner
A potential IPO, provided recurring software revenues and international integration scale accordingly

All scenarios share one thing: the value of Liion Power’s tech and data grows with usage.

Conclusion: Liion Power in the cleantech market – why it’s worth a closer look

Liion Power brings several trends together. The technology behind Leo is tested and already on the market. The B2B software platform builds on it and creates the foundation for recurring license and data revenues. The demand for longer-lasting batteries is increasing. Regulation and consumer expectations support solutions that extend product life and conserve resources.

For those looking to invest in companies tackling clear problems with concrete tech solutions and scalable models, Liion Power offers a compelling, transparent proposition.

The key question for investors: what role will smart charging play in a world where more and more devices are electric and connected? Liion Power offers an answer that aligns with exactly that development.

Learn more and invest in smart battery technology now

👉 Visit the Liion Power investment page

Disclaimer: Please read the risk disclosures and documents carefully. Investments in securities of growth companies can result in the total loss of invested capital.