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August 28, 2025

The State Of The Philippine EV Industry (As Of 2025)


The Electric Vehicle Association of the Philippines (EVAP) and the Department of Energy (DOE) released the 2025 report card of the state of the Philippine EV industry.

Per EVAP and the DOE, actual sales of 4-wheeled EVs almost tripled in 2024 to 3,880 units from 1,028 units sold in 2023—a 277.5 percent spike. Of the three categories of EVs, battery electric vehicles (BEVs) accounted for about 75 percent (3,083 units), while hybrid electric vehicles (HEVs) comprised about 23 percent (1,502 units), and plug-in hybrid vehicles (PHEVs) was at about 2 percent (323 units).

This figure has already eclipsed this year based on data from the Land Transportation Office (LTO). According to their data, there are now 28,095 new electrified vehicle registrations made this 2025 so far—3,756 of them being cars, 6,940 being Utility Vehicles, 17,370 being SUVs, 11 being trucks, and 18 being buses.

Now, compared to the data presented monthly by the Chamber of Automotive Manufacturers of the Philippines (CAMPI) and the Truck Manufacturers Association (TMA), the LTO figure is a whopping 11,871 more. Given that CAMPI-TMA only reports on figures from their members, this discrepancy can be attributed to sales from non-CAMPI member brands such as BYD.

The National Capital Region (NCR) alone saw 18,652 registrations almost evenly split between BEVs (9,039 units) and HEVs (9,613 units) for the first seven months of 2025.

You can check out the breakdown between new and renewal registrations of both BEVs and HEVs, on a per region basis below:


This greatly accelerating sales of EVs is complemented by the growing network of EV charging stations, at least in key cities around the country.

According to the DOE, there are now 992 active EV charging points in the country with 450 of them being Alternating Current (AC) chargers, 60 being Direct Current (DC) chargers, and 482 being Battery Swapping Stations (BSS). Moreover, there are now 186 accredited EV Charging Station Providers with 67 operators, 66 service providers, and 53 suppliers.

Based on data from the DOE, about 12 percent of public charging stations are in malls—SM Supermalls have the most at 69, followed by Ayala Malls with 31, Megaworld Lifestyle Malls with 5, and Robinsons Malls with 4. Most of these are in Metro Manila. Outside the capital region, there are 14 public charging stations in Cebu City, 7 in Davao, and at least one in the Legazpi, Naga, and Sorsogon in the Bicol region. The rest are spread across key cities nationwide.

The total number of available charging ports—the actual plugs—now stands at 1,110 with 472 of them being Type 2, 3 being Type 1, 55 being GB/T AC, 8 being AC outlet, 63 being CCS Type 2 Combo, 8 GB/T DC, 17 CHAdeMO, 2 being Anderson Plug, and 482 being BBSes.

And just how much is the average charging fee? According to the DOE, the standard rate for AC charging now stands at P 23.27 per kWh, P 33.76 per kWh for DC chargers, and P 53.46 per kWh for BBSes.

Despite the growth, both the DOE and EVAP do admit that it’s falling behind the targets set by the Comprehensive Roadmap for the Electric Vehicle Industry or CREVI where they aim to deploy 7,300 EV charging stations by 2028.

Still, industry organizations and analysts are confident that this short-term goal could still be attained with the right interventions and policies. CREVI policies are in place to meet a target of installing 20,400 EVCS by 2040, when the volume of EVs nationwide is expected to grow to at least 2.5 million.

“The robust EV sector is hoping that the national government would remain on track to achieving improvement in necessary infrastructure, from installing more EVCS nationwide to expanding local EV manufacturing and assembly and supporting development of innovative technologies, particularly in battery. This way, we could ensure a continuous speed in EV adoption among Filipinos,” said EVAP president Edmund Araga.

In September 2024, President Ferdinand Marcos Jr inaugurated the first lithium battery factory in the country, located in Tarlac. StB Giga Factory Inc manufactures advanced lithium iron phosphate batteries that are used primarily in renewable energy and EV sectors. It positioned the Philippines as a clean energy storage manufacturer not just in the region but also in the world and is set to produce batteries that could power up to 18,000 EVs annually when it hits full capacity in 2030.

In June this year, the Department of Trade and Industry (DTI) lodged for approval the new Electric Vehicle Incentive Strategy (EVIS). Upon approval by the Fiscal Incentives Review Board (FIRB), the new strategy could generate up to P 11.4 trillion in economic output and create up to 680,000 local jobs involved in EV assembly, battery production, EVCS installation, and maintenance services. EVIS is still anchored on the Electric Vehicle Development Act (EVIDA) that has been fueling the growth of EVs since the law was implemented in 2022.

26 comments:

  1. Where are the Battery Swapping Stations?

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    1. I'm going to take a guess and say na baka stations ng mga electrified buses or trucks siguro yan. Baka inuna nila pinagawa ung stations before buying/bringing in the units kasi the number of existing units don't match pa.

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    2. It could also count Gogoro? Ayala isn't push this anymore, but based on their website, they still have active battery swapping stations.

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  2. Are these charging stations equipped to handle emergencies like fire? Does the PH Electrical Code cover such facility? Any IIEEs here?

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    1. Ah. Good question. Also why DC chargers, by DOE mandated, must be installed outdoors.

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    2. Why are the Tesla Superchargers in Uptown Mall and Shangri-La Plaza indoors then?

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  3. The numbers here seem to be inconsistent with what PNA has published: https://www.pna.gov.ph/articles/1257461

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    1. The 29,000 figure is based on new and renewal registrations. We only quoted the new registrations, which is the closest we can match to the figures given by CAMPI-TMA to deduce the registered number of BYD vehicles on our roads.

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  4. The problem is there are still few DC stations, which is the primary usage out of home and major problem is they charge up to 3 times compared to meralco.

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    1. Home charging will always have the best savings price-wise (even more if you have solar). Until the country's electricity supply improves (hah!) and costs get cheaper then charging at stations will always carry a premium and are more of a last resort kahit matupad pa yung target na 7,300 na charging stations.

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  5. Electrified most of which are pure hybrids. Only few BEV and PHEV.

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  6. Still expensive to have an EV car. Do non dealer CASA be able to check such vehicles when it bogs down in the future ? Any reliable data on that?

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    1. Is your statement about expense tied to your question or are they separate? Because if you're connecting the two, you are making a statement about far in the future expenses that you would then need to back up.

      Also, EVs are far simpler than ICE cars pero parang inooverthink ng iba na hirap ma maintain. For the record, if hindi battery ang problem any shop can check and work on it. Given na ang tagal ng battery and electric motor warranties (8 years), surely 8 years from now may capabilities na din mga non casa.

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  7. Anonymous 8:33am - Are you stating a fact? I have the same perception xHEV is on top. But report in this article states BEV is top selling by a huge margin - "battery electric vehicles (BEVs) accounted for about 75 percent (3,083 units), while hybrid electric vehicles (HEVs) comprised about 23 percent (1,502 units), and plug-in hybrid vehicles (PHEVs) was at about 2 percent (323 units)."

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  8. It's almost as if you didn't read the article.

    "The National Capital Region (NCR) alone saw 18,652 registrations almost evenly split between BEVs (9,039 units) and HEVs (9,613 units) for the first seven months of 2025."

    I wouldn't call that 'few'.

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  9. Paired with off-grid home solar setup, BEV is the only option that can give you total freedom from paying fuel (and electric bills) ever again. This is significant financial savings and potentially an off-grid lifestyle where energy needs are met independently.

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    1. Your post is kinda like getting a car loan from a bank then shouting "total freedom from commute expenses".
      One should consider the high up front installation and material cost for those off-grid solar system (including future high maintenance cost i.e. battery replacement). That isnt financial freedom, but one just transposes the expense to another.

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    2. I'm not the guy you responded to, but everyone who gets solar computes the ROI. Solar is in a much better place than 10 years ago when the ROI would be around 5-10 years. Now, the ROI can be as low as 3 years. No one's saying solar is cheap but if you do the math the expense is well worth it even with the high capital needed.

      For example, say you have a budget of around 1.2m. Instead of buying a 1.2m ICE car you opt to buy a 900k BEV/PHEV. With the 300k you saved you can already get a decent solar setup that can take care of your car fuel/range costs as well as get you monthly savings on your electricity bill. By year 3, not only will you have made back your 300k in savings in electricity bill expenses you would have saved a good deal of money in fuel costs as well (Let's say you save around 2k/month in fuel costs alone having gone with BEV/PHEVs. That's potentially another 72k in savings every 3 years).

      By going this route, no amount of 'resale value' of legacy ICE cars can compete with what you get over a span of 6 years (and more as time goes on) by going BEV/PHEV + solar.

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    3. include in the equation the battery replacement cost of BEV/PHEV

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    4. Batteries have an average 8 year warranty. So by year 6 wala pa sa equation yun. Pero let's try anyway.

      A full replacement, out of warranty, would currently cost around 150k BUT that's current costs (where it doesn't matter since may warranty pa).

      For a more specific example, take BYD's batteries. They say that if you buy right now then by the time the 8 years warranty runs out that 150k price would be down to around (or below) 50k. That's not a ridiculous claim because battery prices have gone down a lot the last few years already. Add to that na hindi guaranteed na mag fail agad yung battery pag lampas ng warranty (designed to last the lifetime of the car ang battery - you can look to the really old EVs in the west for proof na hindi common ang battery replacement). So an extra 50k costs? A very small con pa rin vs all of the pros.

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    5. 150k? Toyota HEV nga 125k- 200kbattery replacement cost. For now BEV like atto 3 battery replacement cost estimated 11k - 17k US dollars. Mas lalo pa mag mahal presyo later kasi paubos na mga minerals deposit and mag inkres manufacturing cost. motolite nga at eveready pamahal nang pamahal. Sales talk propaganda lang yang magmura later

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    6. BYD uses LFP batteries, whose materials are pretty abundant. Don't confuse NMC with LFP.

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    7. Have you seen an EV's battery pack? It's huge. Even a micro-EV's battery is huge, made up of plenty of individual cells that can function independently from each other. If one cell goes bad, the pack will still function. You're not gonna be replacing it like you do with your phone's battery.

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    8. @anon 8:28 PM

      Toyota has not invested a lot kasi in EV tech, and to some extent even uses BYD batteries so naturally mas mahal yung costs nila kahit ang liit ng batteries nila.

      The atto 3 replacement cost you quoted varies a lot on online sources (be careful with the AI generated summary ng google). Some sources are for 17k USD but that's buying the battery straight from a 3rd party chinese website (tapos 2024 pa yung listing). There are other sources from Australia (citing BloombergNEF) that quote 12,929 AUD (8433.97 USD, 484,594.78 PHP) for 2025. 30% of that cost is 145k. That's already less than 10% of the total cost of the car. Going back to savings with solar, kung BEV ka at malakas usage mo, your savings can easily be in the 10-15k range monthly compared to the 2k monthly in the earlier example. Less than 1 year of usage bawi ka na.

      And about future prices. For perspective, current battery manufacturing prices are 10% of the cost back in 2008. That's how much prices have gone down. Hindi paubos ang mineral deposits, kung meron man may problema is yung US lang dahil sa tariff war nila with China. Yung China mismo walang problem sa supply.

      Hindi matatawag na sales talk lng dahil na prove na with constantly lowering prices for years na at reported (and projected to still go lower) by multiple trusted agencies.

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  10. Why worry too much about the battery replacement cost? I have a colleague in Japan who bought his Toyota Prius HEV 13 years ago. When I asked him about this car, he said it's still running well with just minimal signs of battery degradation. No replacement needed according to his dealers. I think it's true that the batteries will also last a long time as long as it's properly taken care of.

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