As remotely operated vehicles (ROVs) become increasingly important in various industries, including the defence, security and industrial sectors, the need for innovative battery technology is accelerating.
Trends like lighter batteries, smart battery management systems (BMS) and eco-friendly chemistries are transforming the way ROVs are powered and operated.
For our team at Lincad, which has long been a leader in supplying ROV batteries to clients in the UK and beyond, these developments open up new opportunities to stay at the forefront of the industry.
Lighter, More Efficient Power Solutions
Weight has always been a critical factor in the design of ROV, whether for unmanned ground vehicles (UGVs), unmanned underwater vehicles (UUVs), or unmanned aerial vehicles (UAVs). Every gram counts when enhancing the vehicle’s ability to be mobile, its range and payload capacity.
Modern battery advancements focus on delivering higher energy densities while reducing mass, allowing ROVs to operate longer and travel further. It also means they can carry more sophisticated equipment.
Lincad’s innovative approach has kept pace with this trend. Having enhanced our production facilities for high voltage, high power systems, Lincad now offers some of the largest modular battery systems in the UK. Our systems are designed not just for capacity, but for optimised weight-to-power ratios, crucial for extra-large unmanned underwater vehicles (XLUUVs) and other demanding applications.
Smart Battery Management Systems: The New Standard
The integration of intelligent Battery Management Systems (BMS) is another key trend shaping the future of ROV batteries. A smart BMS doesn’t merely monitor a battery’s charge; it actively manages performance, balances cells, predicts maintenance needs, and safeguards against faults.
For ROV operators, this makes the system more reliable and ensures the success of missions. Whether in explosive ordnance disposal or underwater inspection tasks, a dependable power source is non-negotiable.
Our bespoke battery solutions, such as the subsea battery for autonomous underwater vehicles (AUVs), showcase advanced BMS technology capable of enduring the most hostile environments. It means operators can focus on their mission, confident in the resilience and intelligence of their battery systems.
Eco-Friendly Battery Chemistry: A Sustainable Future
Sustainability is no longer a peripheral concern: it’s central to the future of technology. ROVs operating in sensitive environments like oceans, energy fields, or natural disaster zones must adhere to strict environmental standards. Consequently, the demand for greener battery chemistries is rising.
Lincad’s commitment to research into safer, more eco-friendly chemistries is preparing the company to meet these future requirements head-on. By developing batteries with longer life cycles and fewer hazardous materials, so they’re easier to recycle, Lincad ensures that its ROV power solutions are as responsible as they are reliable.
Powering the Future of ROVs
With a proven track record in supplying bespoke battery and charger systems for a variety of ROVs, Lincad remains at the cutting edge of British battery engineering.
As ROVs become more sophisticated, so too will the demands on their power systems. Lincad is constantly looking to invest in lighter, smarter, and greener technologies, ensuring we can meet the evolving needs of manufacturers and operators alike.
If you need advanced batteries for remotely operated vehicle batteries, Lincad delivers a combination of proven expertise, cutting-edge engineering, and innovative solutions, powering success across land, sea, and air.
For more information on our advantage battery technologies, simply contact our team today.