A modern take on an older cell design
Ultralife Corporation has offered a modern contemporary CR123A cell. The small cells found a niche in powering cameras throughout the years, but modern lithium chemistry has redefined their place in the electrical world. Here, Ultralife has produced an infographic that explores the wide and diverse range of uses that the CR123A can now provide power for.
Balancing hotel robotics with safety
Hotel, motel or Holiday Inn? Guest experience is quickly becoming an increasingly important factor in the hotel world, with decisions being made on where to stay based on service and reliability. To aid with this, service robots are being introduced. But while hoteliers are open to adopting new tech to enhance experience, safety devices are often neglected.
Stackable battery redefines portable power
Ultralife Corporation has released a modular lithium-iron phosphate (LiFePo4) power storage device for robotics, automated systems, military modular power systems and vehicle-mounted auxiliary power units. The new battery, named the URB0023 has a high number of charge cycles and features an enclosure design that allows for greater on-the-go capability during operations.
Smarter powered medical carts
Global medical battery manufacturer, Ultralife Corporation, has announced that its URB12400-U1-SMB batteries are now qualified for use with medical cart inverters from Tripp Lite and Ametek Powervar. Medical cart manufacturers and hospital equipment specifiers that were considering traditional lead acid batteries can now benefit from the latest lithium iron phosphate (LiFePO4) technology.
Has your AGV got the right battery?
As the requirement for flexible warehouses increases in line with increased and varied demand, facilities and plant managers are turning to automated guided vehicles (AGVs) more and more regularly. However, reliably sorting and retrieving goods over a 24/7 warehouse cycle, is a process with demanding power requirements.
Powering wireless security and home automation
Global smart battery manufacturer, Ultralife, has released its new CR123A battery products, specifically designed for the wireless security and home automation markets. The batteries, supporting a number of portable and wireless applications, will provide some of the highest performance of this style in the industry.
Coin cell or thin cell batteries?
Smart device battery manufacturer Ultralife has produced a new infographic comparing its Thin Cell range of batteries with industry standard coin cell batteries. The infographic, helps product designers and design engineers make an informed decision when specifying batteries for portable electronics and Internet of Things (IoT) devices.
The biggest themes to emerge from electronica 2018
This year’s electronica lived up to its slogan of 'connecting everything - smart, safe and secure'. This is evidenced in the three main technologies on display at the show: as Artificial Intelligence (AI), home automation systems and medical electronics. Michele Windsor, Global Marketing Manager of Ultralife, explores these growing trends in the electronics industry.
Designing longer lasting smart home sensors
Home automation has been gaining massive traction over the past few years. However, these technologies are only as effective as their power source. Here, Michele Windsor, Global Marketing Manager at home automation battery provider Ultralife Corporation, has explained the importance of having long lasting batteries at the centre of home automation product design.
The power of sensors in the smart home
Longevity is the key to tomorrow’s smart homes, says Michele Windsor, global marketing manager, Ultralife, and reliable power will be the responsibility of sensor designers
Why you can’t afford to ignore robot batteries
One of the key reasons for using an industrial robot to automate a process is to improve product quality, through increased reliability and accuracy. But for robots to be truly reliable and safe, engineers should ensure they have the correct power solutions. Here, Michele Windsor, Global Marketing Manager at Ultralife Corporation, explains the impact poor design and integration of batteries can have on industrial robots.
New whitepaper reveals IoT battery shortcomings
Smart device battery manufacturer, Ultralife has released a whitepaper giving a technical comparison of standard lithium coin cell batteries and the company’s own lithium thin cell battery chemistry. The whitepaper, which is available to download from the company’s website, shows a side by side comparison of the battery types to help design engineers of IoT enabled smart devices choose the best power source.
Powering the security revolution
The worldwide smart home security market is expected to reach $18bn in 2020, with smart security systems becoming increasingly prevalent in people’s homes to protect against intruders, monitor entrances and detect floods. With sensors now dotted around the home, the power requirements of smart security devices have changed from traditional alarm systems, as J.D. DiGiacomandrea, applications engineering manager at global battery manufacturer...
Powering tomorrow’s bomb disposal robots
In 2017, US research institute SRI International unveiled its Taurus robot, a bomb disposal robot that allowed operators to control it using a virtual reality headset. This is just the latest in a long line of technology developments for bomb disposal units.
What is the future of service robots?
It has been announced by The International Federation of Robotics (IFR) forecast, that sales of service robots will grow between 20 and 25% by 2020. Having already significantly impacted the agriculture, surgery and logistics sectors, service robots are expected to offer greater assistive capability and value in the future.
Smarter powered medical carts
Global medical battery manufacturer Ultralife Corporation’s URB12400-U1-SMB batteries are now qualified for use with medical cart inverters from Tripp Lite and Ametek Powervar. With this compatibility, medical cart manufacturers and hospital equipment specifiers that were considering traditional lead acid batteries can now benefit from the latest lithium iron phosphate (LiFePO4) technology.
Answering the common myths behind smart metres
Misconceptions around advanced technologies often lead to the emergence of urban legends. This is currently the case for the integration of smart electric meters. Jonathan DiGiacomandrea, Applications Engineering Manager at Ultralife, explains some of the truths behind powering the energy saving devices.
Determining the future of robotics power
The wide adoption of service and industrial robots to perform tasks alongside humans in hazardous environments has led to the power demands of today’s robots varying drastically. To address this Ultralife is inviting design engineers and Original Equipment Manufacturers (OEMs) to take part in its market research about the next-gen of power solutions for the robotics sector.
Battery family powering the military
Employing batteries and battery chargers that can meet the high stress demands of combat remains an increasingly cumbersome struggle for the military. To overcome these issues, military battery manufacturer Ultralife has further developed its family of XX90 batteries, which have capability of powering over 100 different applications including radios, robots and sensors.
How thin cell batteries improve asset tracking
An Australian dog named Jimpa, travelled 2,000m to make his way home after losing his owner while working at a farm. We may wish that our lost possessions had an inbuilt tracker to return themselves to home, but with the development in asset tracking technologies, tracking of valuable items is improving. J.D. DiGiacomandrea, Applications Manager at Ultralife, looks at how the development of thin cell battery technology has helped compan...