Set your devices free with Lightricity
See how using ultra-high-efficiency indoor PV cells can free your IoT devices from batteries, lowering costs and time to deploy sensing solutions. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Morbi fringilla felis a elit fermentum auctor. Cras eget nulla eros. Aliquam porttitor facilisis augue. Donec porta pretium leo, at interdum odio tincidunt quis. Etiam […]
Powering the Future: How Lightricity is Revolutionizing LoT with Battery-Free Temperature Monitoring
In the fast-evolving world of IoT, sustainability and innovation are no longer optional they are essential. At Lightricity, we are leading this charge with groundbreaking technology that is set to transform how industries harness the power of IoT. Our latest white paper, “Lightricity – Battery-free Temperature Tracking,” highlights how our solutions are addressing critical challenges […]
BATTERY-FREE IOT IS HERE: HOW WE SLASHED POWER SOURCE EMISSIONS BY 99%
Independent research validates a path to long lasting IoT power that eliminates maintenance, alleviates the cost of battery replacements, waste, and nearly all associated carbon emissions. In our previous article, we revealed a hard truth: batteries are the dominant source of carbon emissions in a typical IoT device’s lifecycle. At Lightricity, we didn’t just identify […]
THE HIDDEN COST OF A BATTERY-POWERED IOT REVOLUTION
What if the biggest obstacle to a sustainable IoT isn’t the devices, but how we power them? New data reveals a startling environmental blind spot. The promise of IoT is extraordinary: smarter homes and cities, efficient industries, leading to a potentially significant reduction in global waste and energy consumption. At Lightricity, we see this potential […]
Self-powered wireless monitoring system for hospitals
As evidenced in the Covid-19 pandemic, it is crucial that nurses and doctors’ time is productively spent on patient care rather than wasted on finding missing equipment such as pumps, ventilators, beds, wheelchairs, blood pressure and ECG monitors. Studies have shown that medical staff can spend up to two hours-per-work shift searching for equipment. Multiple […]
Self-powered & modular E-textile platform for sport applications
Smart wearables are becoming increasingly pervasive, driven by sustained advances in miniaturisation of electronics, improvements in sensors and connectivity, and growing capability to embed electronics in a variety of products. The market has seen steady growth in recent years, and this is projected to continue. KYMIRA believes the next generation of wearables will heavily include […]
High-power solar panels for power-demanding CubeSat missions
CubeSats are small, standardised satellites consisting of one or multiple 10x10x10 cm3 units, with ~1kg per unit. They play an increasingly important role in commercial spaceflight and are being considered for more and more commercial and scientific space missions, due to the low-cost and low-risk approach. The size and mass constraints of CubeSats generally put […]