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biaNergy 2A
€64,500
total amount raised in round
258%
- Eligible for a tax reduction
DISCLAIMER
Every investment decision must be based on an examination of an exhaustive set of information provided by the entrepreneur on their online profile. Spreds only proceeds to a limited verification of this information and does not control the investment opportunity within this company. Spreds did not verify the extent to which the business plan is deemed realistic and does not intervene in determining the final terms of the investment, including the retained maximum valuation. Spreds will align itself with the financial terms negotiated with the co-investor(s).
Future is now! The Next Step in Wireless Energy: Printable Energy!
After successfully validating its wireless energy transfer protocol, Magnetic Resonance Technology-Extended (MRT-E), biaNergy is now opening the next door to tomorrow: printing and embedding energy directly into the materials that surround us.
With MRT-E Printable, wireless energy receivers can be integrated into clothing tags, logistics labels, product logos, and packaging—turning everyday materials into active, battery-free components that power connected sensors and IoT systems.
As tens of billions of devices come online, the current model—dependent on batteries and cables—reaches its limits in cost, scalability, and sustainability.
What if energy no longer needed to be stored inside each device?
Just as Wi-Fi made data ubiquitous, MRT-E enables energy to flow through space—transforming ordinary materials into a living, connected infrastructure.
The Problem
Our connected world still runs on batteries
We live in a world increasingly filled with connected devices. Sensors, tags, labels, and small electronic components are becoming part of logistics, retail, healthcare, and everyday products.
Yet almost all of them depend on batteries or cables.
In Europe alone, 231.000 tonnes of portable batteries were sold in 2023, yet only 49% were collected for recycling. The remaining batteries often end up in landfills or water systems, contributing to environmental contamination, harming lives. (Source: European Commission)
The scale of connected devices is exploding. By 2030, the world is expected to operate around 39–40 billion IoT devices, while more than 50 billion RFID tags are already produced every year for logistics and supply-chain tracking. If even a fraction of these devices rely on batteries, the environmental and operational burden becomes enormous. (Actually all of them work on batteries.)
— RAIN Alliance (Link)
The Solution
Electricity Through the Air
MRT-E Printable – Powering the Materials of Tomorrow
Imagine a world where everyday materials are alive with intelligence.
- A clothing label that communicates with the store and the mobile of the buyer.
- A logistics tag that follows a package across continents.
- A product label that connects to the digital world.
- And many more..
Until now, this vision has always required something hidden inside: a battery.
MRT-E Printable offers to the world now a different path:
Using biaNergy’s wireless energy transfer protocol, tiny receivers can now be printed by biaNergy directly into labels, tags, logos, and packaging materials. These receivers harvest energy and data from the surrounding environment, transmitted wirelessly through space by MRT-E infrastructure.
No batteries.
No cables.
No maintenance.
Instead of embedding electronics into objects, the objects themselves become intelligent.
Energy no longer needs to be stored inside every device.
It can simply flow through space — powering the connected world around us.
The Product
biaNergy develops MRT-E Printable, a printable implementation of Magnetic Resonance Technology-Extended (MRT-E) designed to enable wireless energy and data transfer in labels, packaging, textiles, and other thin materials. The technology allows receivers to be integrated directly into printable substrates.
biaNergy provides the technology as a design and licensing package including firmware, printable receiver specifications, technical documentation, and integration guidelines, enabling manufacturers and material producers to embed wireless power functionality into their own products. biaNergy acts as a technology designer and licensor rather than a hardware manufacturer, supporting scalable industrial adoption through ongoing development and updates.
Market Resonance
MRT-E Printable is already generating strong interest across multiple industries. Global players such as AWS (Amazon Web Services), Amazon logistics, Zara (Inditex), Fresenius Hospitals, and Acıbadem Healthcare Group have shown concrete interest in the application of wireless energy for labels, tags, and connected materials.
In particular, discussions with Amazon and Zara indicate clear potential for early-stage pilot deployments, positioning them as prospective staging customers for initial real-world implementations.
This early market resonance validates both the relevance of the problem and the demand for a scalable, battery-free solution across logistics, retail, and healthcare environments.
Technology
biaNergy’s Magnetic Resonance Technology-Extended (MRT-E) is based on controlled magnetic resonance fields.
Unlike conventional wireless charging systems, which require close proximity and alignment, MRT-E enables extended transmission distance, broader coverage, and operation without strict line-of-sight alignment.
Energy is transferred by tuning the transmitted field to the resonant frequency of the receiver, enabling efficient power delivery over greater distances.
The system delivers up to approximately 4 watts within EU regulatory limits, forming the basis for powering ultra-thin receivers embedded in printable materials.
This capability enables wireless energy delivery across labels, packaging, textiles, and other substrates.
Technology Readiness:
MRT-E: TRL 9 – market-ready low-wattage wireless power.
MRT-E: TRL 9 – market-ready low-wattage wireless power.
MRT-E Printable: TRL 3–4 – proof-of-concept to laboratory validation phase in collaboration with UCL Belgium by the applied support of Innoviris grant contribution.
Is biaNergy’s technology harmless to living beings and objects?
Permits obtained?
Yes, biaNergy’s technology complies with international safety regulations, including US (FCC) and EU (ETSI) standards, ensuring operation within established electromagnetic exposure limits.
Rigorous testing confirms that its power levels (up to 6 Watts under FCC and 4 Watts / 36 dBμA/m under ETSI) remain well within regulatory thresholds. Independent safety assessments further indicate that biaNergy’s EMF exposure levels are significantly lower than those of mobile phones and Wi-Fi, making the technology safe for humans, animals, and surrounding objects.
Innovation Edges of biaNergy
✅ Wireless Power & Data – MRT-E delivers electricity and data (pics, text, voice, video) up to 30m in all directions—even through walls. Mesh network extends range up to 100m. Built for indoor and outdoor use.
✅ Multi-Device Charging – Powers up to many materials at once, as effortlessly as Wi-Fi. (E.g., If the receiving device (e.g., a tag) works with 15 milliwatt then MRT-E transmitter is able to feed with energy over theoretically up to 400 smart tags simultaneously.)
✅ High Efficiency – Achieves up to 92% efficiency
✅ Versatile Power Levels
✅ Eco-Friendly & Sustainable – Alignment with 7 ESG goals.
✅ Works with a Wi-Fi-like setup (plug & go) needs no learning curve, ensuring user-controlled energy & dataflow with no need to a 3rd party application or cloud dependency.
✅ Positive Social Impact – Helps reduce child labor and conflict mining for cobalt and lithium in DRC and South Asia.
IP-Rights and Patents:
biaNergy's technology is proprietary, protected by IP-Rights and 8 applied patents at European Patent Office (EPO). A Freedom To Operate Confirmation has been issued. The Patents have been publicized. Further 28 patent applications in work.
biaNergy's technology is proprietary, protected by IP-Rights and 8 applied patents at European Patent Office (EPO). A Freedom To Operate Confirmation has been issued. The Patents have been publicized. Further 28 patent applications in work.
biaNergy is honoree of Efficient Solution Label by SIF . Its technology is an efficient solution in terms of technical feasibility, benefit to environment and profitability."
Collaborations, Certifications and Awards
The development of MRT-E Printable is supported by a strong network of academic, institutional, and industry partners.
biaNergy’s scientific partner in the MRT-E Printable project is Université Catholique de Louvain (UCLouvain). Together, biaNergy and UCLouvain have applied for a research and development grant at Innoviris with a project framework of approximately €1.405 million.
In addition, leading academic institutions act as scientific advisory collaborators, including KU Leuven, Stanford University, and TU Eindhoven.
From the early stages of development, biaNergy sought independent validation of its technology and market potential. The Valorization Department of KU Leuven evaluated the commercial prospects of the MRT-E technology, while ReveliX assessed its innovation readiness.
biaNergy’s innovation has also been recognized internationally. The company has received the EU Seal of Excellenceand the Efficient Solution Label from the Solar Impulse Foundation, highlighting its potential contribution to sustainable technological progress.
The company further benefits from institutional support. biaNergy has received assistance from hub.brussels through its Welcome Package program and funding support from Invest International.
Strategic Investment in Battery- and Wire-Free Energy
From the early stages of development, biaNergy sought independent validation of its technology and market potential. The Valorization Department of KU Leuven evaluated the commercial prospects of the MRT-E technology, while ReveliX assessed its innovation readiness.
Both assessments delivered highly encouraging results, confirming the strong market potential and technological maturity of MRT-E as a platform for wireless energy transfer.
Further confirmation came from the market itself. Several staging customers began adopting the technology within a short period, and initial revenues have already started to flow—demonstrating the practical viability of biaNergy’s development and commercialization strategy.
biaNergy is now entering the next phase of development: bringing its MRT-E technology into scalable market applications, including MRT-E Printable, through collaborative research with UCLouvain and the support of Innoviris.
To accelerate this transition from validated technology to widespread deployment, biaNergy is securing funding to further develop MRT-E Printable, expand industrial partnerships, and scale the wireless energy infrastructure required for large-scale IoT applications.
I would like to recommend further funding in order to enable biaNergy to continue their valuable work towards practical systems for wireless remote charging."
— Prof. Ton Koonen, Chair of Broadband Communication Network,
Technical University Eindhoven
Citation from "Opinion Letter about biaNergy's Technology"
Technical University Eindhoven
Citation from "Opinion Letter about biaNergy's Technology"
With you being part of this future now, MRT-E Printable can move from laboratory innovation to real-world deployment — helping build a world where energy flows freely through space and powers the connected materials of tomorrow.
TAX SHELTER 45%
Investments in this company benefit from a 45% personal income tax reduction. Read more…A remaining amount of €249,650 is available for the Tax Shelter benefit.
Raise summary
| Crowd investments | €64,500 |
| Committed by others | €0 |
| Amount raised | €64,500 |
| Minimum round | €35,000 |
| Maximum round | €1,500,000 |
| Shares in the company (total round) | 16.353% |
| Pre-money valuation | €7,672,350 |
| Post-money valuation min. | €7,707,350 |
| Post-money valuation max. | €9,172,350 |