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Submitted by Liyin Qiao on

Unmanned aerial vehicles (UAVs), commonly known as drones are becoming more popular for both recreational and commercial purposes. Due to the limitations of current lithium batteries, manufacturers are looking for alternative power solutions to keep drones in the air longer and reduce the inconvenience of recharging or changing batteries shortly after a flight. 

EnergyNova Pte Ltd is a local start-up which designs and manufactures compact, light-weight, and on-demand hydrogen generators, which when paired with a fuel cell, can be used in a wide range of consumer applications including powering drones. With an aim to work towards a prototype that can power a drone for two hours, it was looking to further improve its product’s design and efficiency as it worked on developing its commercially viable product. Through IPI’s online portal, EnergyNova was connected to researchers from Temasek Polytechnic’s Clean Energy Research Centre (CERC), under the School of Engineering, who had developed a proprietary hydrogen generation system that performed better than conventional systems. 

A research collaboration agreement was inked to integrate Temasek Polytechnic’s technology in EnergyNova’s hydrogen generation system as well as a licensing agreement which allows EnergyNova to commercialise its improved hydrogen fuel cell system.  

“This technology partnership with Temasek Polytechnic will enable EnergyNova to improve the performance of our hydrogen generation system and accelerate time to market ahead by approximately 12 months. We are truly excited to work with Temasek Polytechnic to develop this cutting-edge technology and look forward to working with drone manufacturers to develop more compact hydrogen generation solutions to power their drones for even longer flights in the near future,” said Dr George Zhang, Founder and Chief Executive Officer at EnergyNova.

Sub Title
EnergyNova partnered with Temasek Polytechnic through IPI Singapore to enhance its hydrogen generation system, enabling longer drone flight times and accelerating commercialisation by a year.
Impact Title
Accelerating Drone Innovation with Hydrogen Technology
Sub Title
Accelerating Drone Innovation with Hydrogen Technology
Legacy ID
55912
Sub Heading
Hydrogen innovation powers drones for longer flights.
At a glance
EnergyNova Pte Ltd
Client
Energy & Environment
Industry
Innovation Marketplace
IPI Service
Hydrogen Generation System
Key Technology
Add Impact
By integrating Temasek Polytechnic’s advanced hydrogen generation technology, EnergyNova was able to bring its improved hydrogen fuel cell system to market approximately 12 months ahead of schedule. This acceleration provides a significant competitive advantage in the rapidly evolving drone industry.
Accelerated Commercialisation
The collaboration enabled EnergyNova to work towards a prototype capable of powering drones for up to two hours, far surpassing the limitations of conventional lithium batteries. This advancement opens new possibilities for both commercial and recreational drone applications.
Extended Drone Flight Time
Glance Title
At a Glance
Sub Title
EnergyNova’s collaboration with Temasek Polytechnic, facilitated by IPI Singapore, resulted in a next-generation hydrogen generator for drones, enabling longer flight times and faster commercialisation.
The challenge
Traditional lithium batteries restrict drone flight times, requiring frequent recharging or battery changes. This limitation hinders operational efficiency and reduces the practicality of drones for extended missions.
Battery Limitations
To meet the demands of longer drone operations, EnergyNova needed to enhance the design and efficiency of its hydrogen generator system. The challenge was to develop a compact, lightweight, and high-performance solution suitable for commercialisation.
Need for Advanced Power Solutions
The challenges title
The Challenge
The challenges description

Drones, or unmanned aerial vehicles (UAVs), are increasingly popular for both recreational and commercial use. However, their widespread adoption is limited by the short flight times imposed by current lithium battery technology. Manufacturers and users alike face the inconvenience of frequent recharging or battery changes, which restricts operational efficiency and limits the potential for drones in extended applications. EnergyNova, as a start-up focused on hydrogen-based power solutions, recognised the need to overcome these limitations. Their goal was to develop a prototype hydrogen generator system capable of powering a drone for up to two hours—significantly longer than what conventional batteries could offer. Achieving this required not only improving the design and efficiency of their existing product but also integrating advanced technology that could outperform traditional hydrogen generation systems. The challenge was compounded by the need to bring a commercially viable product to market quickly, ahead of competitors, while ensuring that the new system would be compact, lightweight, and suitable for integration with fuel cells in drone applications.

The Solution Title
The Solution
The Solution Description

IPI Singapore connected EnergyNova with researchers from Temasek Polytechnic’s Clean Energy Research Centre (CERC) through its online portal, facilitating a strategic technology partnership. This collaboration enabled EnergyNova to access and integrate Temasek Polytechnic’s proprietary hydrogen generation system, which demonstrated superior performance compared to conventional alternatives. Through a research collaboration agreement, the two parties worked together to incorporate Temasek Polytechnic’s technology into EnergyNova’s hydrogen generation system. In addition, a licensing agreement was established, granting EnergyNova the rights to commercialise the improved hydrogen fuel cell system. This partnership not only enhanced the performance and efficiency of EnergyNova’s product but also accelerated its time to market by approximately 12 months, positioning the start-up to better serve the growing needs of drone manufacturers seeking longer flight durations.

Testimonial Section
Testimonial title
Client Perspective
Testimonial description

"This technology partnership with Temasek Polytechnic will enable EnergyNova to improve the performance of our hydrogen generation system and accelerate time to market ahead by approximately 12 months. We are truly excited to work with Temasek Polytechnic to develop this cutting-edge technology and look forward to working with drone manufacturers to develop more compact hydrogen generation solutions to power their drones for even longer flights in the near future."

Testimonial Name
Dr George Zhang
Testimonial Designation
Founder, Chief Executive Officer, EnergyNova
Business impact Heading
Business Impact
Business impact title
Faster time-to-market and enhanced drone power solutions
Impact scores
Counter Text
Time-to-Market Acceleration
Total count
12
Counter Text
Flight Duration Target
Total count
2
Overview

EnergyNova Pte Ltd is a Singapore-based start-up specialising in the design and manufacture of compact, lightweight, and on-demand hydrogen generators. Their technology, when paired with a fuel cell, is suitable for a wide range of consumer applications, including powering drones.

Data source
prod
Area Of interest
Slug
technology-collaboration-helps-start-up-extend-flight-time-of-drones