10/08/2026
NEWS | CSU-developed EVs now available for mass production
Electric vehicle prototypes developed by the ElectroMobility Research and Development Center (EMRDC) of Cagayan State University (CSU) are now available to interested investors for mass production, opening the possibility of making locally developed electric tricycles more accessible and affordable.
The EMRDC showcased its seven-seater electric tricycle (e-trike) and converted electric tricycle (c-trike) during the Sustainability Expo 2026 (SUSTEX 2026) held on August 5 at the SMX Convention Center Aura in Taguig City.
The e-trike currently costs around P600,000 to build, although Department of Science and Technology (DOST) Secretary Renato Solidum Jr. said the price could still decrease once the vehicle enters commercial production.
Solidum explained that the current cost includes expenses associated with research and development. Once the vehicle is commercially produced, these costs would no longer be part of the unit's production cost, leaving primarily materials and labor.
“The reason why it is pricey is because of the R&D expense. But once it is commercially produced, R&D expense will be removed and only the cost of material and labor will be the expense,” Solidum said.
He also noted that increasing mechanization and production volume could further reduce costs by shortening the number of man-hours required to manufacture each vehicle.
For existing tricycle operators, the EMRDC also offers a more accessible option through its c-trike conversion program.
Conventional tricycles can be converted into electric vehicles for approximately P120,000, allowing operators to transition to electric mobility without purchasing an entirely new vehicle.
The EMRDC also provides a battery-swapping system for compatible electric vehicles, allowing operators to replace depleted batteries with charged ones instead of waiting for their batteries to recharge.
The technologies were presented alongside other science and technology innovations at SUSTEX 2026, which highlighted solutions for sustainability, clean energy, disaster resilience, and smart mobility developed by DOST research and development institutes and partner higher education institutions.
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