The Next Generation Mobile Health Solution

Growing Demand for Mobile Power

With the spread of computerization and the Internet throughout our environment, there has never been a greater demand for power.

Traditionally, photovoltaics (PV) are used primarily in building rooftop or ground applications due to the bulky, heavy, rigid, and fragile nature of the mono- or polycrystalline material. With the proliferation of mobile electronics and wearable devices, users’ demand for power on-the-go, extended life, and wire-free charging is an inevitable path.

Even with incremental improvements in battery technology, battery life is a growing problem for mobile electronics. Despite improvements, technology hasn’t changed fundamentally in the last 3+ decades. It remains heavy, inefficient, inconvenient, and clumsy to transport. Charging cables and portable chargers continue to be awkward and inconvenient. For the average user, charging devices is difficult, demanding, and time-consuming.

Key Advantages and Characteristics of Organic PV

With new Organic Photovoltaic (OPV) material, the once impossible applications are now possible. OPV’s inherent attributes yield technological and manufacturing advantages that result in new applications in new markets.


Lightweight & Thin

Flexible & Infinite Applications




Introducing FlexSolar: Wearable Electronics Solution

FlexSolar OPV (FOPV) enables versatile designs for applications that weren’t possible before, especially in the rapidly emerging wearable electronics and Internet-of-Things (IoT) markets. For Wearable Electronics, FlexSolar is aesthetically appealing and can easily be integrated in wearable applications to extend battery life as well recharge devices when exposed to outdoor or ambient lighting.

FlexSolar’s unique characteristics can open doors to:

Portable Power

  • Wearable electronics
  • Flexible display
  • Flexible lighting
  • Flexible thin-film batteries
  • RFID
  • Sensors

Off-grid Power

  • Solar tents
  • Military applications

Building Integrated PV

  • Solar building windows
  • Awnings
  • Curtains

FOPV will be the most sought after power solution for wearables given its lightweight, thin, beautiful, flexible, and non-toxic attributes. OPV-powered IoT sensors will allow users to focus on using the product instead of worrying about charging their battery.

A world leader in Organic and Printed Electronics, Solarmer was founded with the vision to offer renewable, affordable, and clean energy to all, especially the 2+ billion people who do not have access to electricity.

Solarmer Energy, an AMREL associate company, is continually developing and enhancing Organic Photovoltaics (OPV) technology, targeting wearable technology, portable power, off-grid power, and building integrated photovoltaics (BIPV) markets. It utilizes and leverages its materials, devices, and roll-to-roll process technology to manufacture OPV modules with strategic partners throughout the world.

Today, Solarmer sells and provides OPV modules to product developers and system integrators who will integrate them into various products.