Menu

IoT FEATURE NEWS

Weightless Winning: Ubiik Secures $8 Million Contract to Deploy Taiwan's Largest LPWA Network

By

Ubiik’s innovation and investments in the development of Weightless Low Power Wide Area Network (LPWAN) technology has paid off.  Its high-performance industrial LPWAN solution will connect 70,000 electricity meters, after Ubiik won the government of Taiwan’s Advanced Metering Infrastructure (AMI) tender.

The solution includes Ubiik’s Data Concentrator Units, metering FAN module, and Head-End System Software (HES) to manage data collection and transmission.

It will be completed by early 2019 in New Taipei City in the northern part of Taiwan as well as in the second-largest city of the island, Kaohsiung, in the southern part. Ubiik will provide six years of operation and maintenance service of the data collection network in a deployment mandated by the sole electricity provider of Taiwan.

The fulfillment of this tender is part of the 260,000 new smart electricity meters that are planned to be connected in total by early 2019, as the first step in Taiwan’s ambitious smart grid initiative. Ubiik is one of the four companies awarded this project – the other winners of tenders being large telecom operators and prominent system integrators.

“Ubiik is honored to have been awarded this tender’s project, using our vertical AMI solution including the HES, Weightless connectivity, and DLMS/COSEM protocol stack. We are eager to support Taiwan’s energy infrastructure development towards a greener future” said Tien-haw Peng, founder and CEO of Ubiik.

Ubiik was the only contender leveraging LPWAN technology, while its peers sourced existing hybrid technologies (wired and short-range mesh RF), or proprietary mid-range wireless technologies. Ubiik’s solution was extremely cost-competitive, as are most LPWAN technologies: “spectrally efficient, high-capacity, high-reliability, and truly bi-directional wireless networking,” according to the company’s blog.

Over the years, Taiwan has been rolling out a mission to transform its energy-production and management landscape from a nuclear and carbon-dominated power generation, to a gas and renewable energy.

The plan calls for installing 3 million smart meters by 2024 and 12 million more in the next decade.

Taiwan energy transformation is relying on Taiwan’s electricity provider enacting an AMI for its electricity meters deployed going forward. AMI is regarded as a key to enhancing the efficiency of the power grid: The analytics enabled help the island balance its supply and demand and, therefore, the country can save precious energy.

Established in 2016, Ubiik is headquartered in Hsinchu, Taiwan.




Edited by Erik Linask
Get stories like this delivered straight to your inbox. [Free eNews Subscription]

Contributing Writer

SHARE THIS ARTICLE
Related Articles

A Simpler Path to 5G: Meet the New FX86E

By: TMCnet Staff    10/6/2026

Join GetWireless and Semtech on Wednesday, October 14 at 2:00 PM for an introduction to 5G RedCap and a closer look at the FX86E, a compact, pre-certi…

Read More

Hoopo Titan Brings Chassis Intelligence Into FlexiVan's AIM360

By: Carl Ford    10/6/2026

Hoopo's Titan tracker brings real-time location, container mount status, and event intelligence into FlexiVan's AIM360 platform, helping make unpowere…

Read More

KORE OmniSIM Keeps Wastewater Intelligence Flowing Across Borders

By: Carl Ford    10/6/2026

KORE OmniSIM helped ADS Environmental Services simplify global wastewater-monitoring connectivity, reduce field interventions, and cut wireless-manage…

Read More

Monnit Turns a Hot Yoga Schedule Into Closed-Loop Climate Automation

By: Carl Ford    10/6/2026

Monnit's award-winning YogaSol deployment shows how wireless sensing, cloud scheduling, and automated climate control can turn a demanding hot-yoga en…

Read More

TCS DriveSphere Helps Kautex Build the Software Core of Sustainable Mobility

By: Carl Ford    10/6/2026

TCS DriveSphere helped Kautex build a reusable software-engineering foundation for safer, more sustainable mobility, combining end-to-end traceability…

Read More