Paying it forward: Haiyan survivors light the way in Mangkhut response

Text and photos by AC Dimatatac

As a photojournalist who has experience in documenting humanitarian response, I have witnessed how responders usually focus on water, livelihood, health and living conditions, but overlook energy, no matter how vital it is.

I was excited to join the Typhoon Mangkhut (Ompong) rapid assessment team of ACT Alliance last month because it would be my first time to join a rapid response in which an energy assessment was included. ICSC brought its TekPaks to support the operations of the rapid assessment team and the Mangkhut survivor communities it partnered with.

 

Farmers try to dry what was left of their corn harvest along the road in Alcala, Cagayan. Since their farm lands got destroyed, they are now looking for alternative work such as carpentry and domestic help in the town proper.

 

A damaged electrical line can be seen hovering on top of a house in Barangay Afusing Batu, Alcala, Cagayan. Traveling to this remote area requires riding two boats and one tricycle. 

 

TekPaks are portable solar-powered devices designed and created for and with survivors of Typhoon Haiyan (Yolanda). They are able to provide power not only for LED lights but also for small electrical devices such as mobile phones, laptop computers, electric fans and some medical equipment.

Leading the ICSC contingent was Glinly Alvero, ICSC technical officer and RE-Serve Humanitarian Corps volunteer, and who himself survived Haiyan and assisted in response efforts. Francis dela Cruz, ICSC partnerships and advocacy advisor, rounded up the ICSC team. I was tasked to be the communications officer for the entire rapid assessment team, which was led by Joanna Villaflor of Christian Aid.

 

A local electrician checks a damaged electric line in Barangay Pagbangkeruan, Alcala, Cagayan. The electricity in the area went down when Mangkhut made landfall last September 15.

 

The locals in Barangay Pangbangkeruan, Alcala, Cagayan are checking on the latest reading done by the electric meter before it got destroyed by Typhoon Mangkhut (Ompong). Electricity just got restored in the area on the 3rd week of October.

 

We visited nine communities in Cagayan and Kalinga in six days, and we found that one of the then most pressing issues was the lack of electricity. Major cities such as Tuguegarao, Cagayan and Tabuk, Kalinga were temporarily powered by diesel generator sets, but most of the barangays in the peripheries only relied on candles and gas lamps.

The team left TekPak units in two areas, one in Barangay Afusing Batu, Alcala, Cagayan and another with the local parish in Pasil, Kalinga. These communities were both hard to reach and regarded vulnerable in times of typhoons and other disasters.

As of last weekend, power has yet to be restored in Afusing Batu as well as in Baggao town, also in Cagayan, but the local electric cooperative reports they aim to complete the restoration of electricity by the end of November.

 

A humanitarian responder carrying a TekPak, a portable solar device, towards Brgy. Afusing Batu, Alcala, Cagayan. Traveling to this remote area requires riding two boats and one tricycle. 

 

Glinly Alvero, a RE-Serve Humanitarian Corps volunteer and ICSC technical officer, demonstrates the use of the solar-powered TekPak to locals of Brgy. Afusing Batu in Alcala, Cagayan. The locals are not familiar with solar energy and rely heavily on diesel generators. They added that they have regular power outages even without typhoons because of their remote location.

 

“As a survivor of Super Typhoon Yolanda, I was prepared to help survivors of Ompong in terms of my technical expertise in handling the TekPak. I thought at first that they would be more prepared than us because they experienced Typhoon Lawin just two years ago. But some areas lacked the basic preparations and knowledge regarding disaster response. I am quite saddened because this means that the whole country is still ill prepared,” Glinly told us, adding that we cannot blame the communities for having limited options.

“The stories shared to us only make the case for renewable energy stronger. For example, the woman from Alcala, Cagayan who had to use a nebulizer every 6 hours. Or how could another survivor from Baggao claim support if her house was burnt down by a candle?” Francis said.

“Even our contact in Kalinga – Fr. Jeorge Manisem – had difficulties reaching us because his cellphone had low battery. People like Fr. Jeorge who are in the frontlines of humanitarian response, if they had no power and technical capacity, would be going in blind. What could’ve solved that is a system small enough for mobile charging,” he added.

In some areas in Kalinga, charging stations powered by diesel generators charged for about PHP 10 to 30 per mobile phone charging. We discovered that most families were unaware of solar-powered devices, and would have invested in them if they knew.

 

Francis Dela Cruz and Glinly Alvero of ICSC inspect a small solar panel in Socbot village, Pinukpuk town, Kalinga province. The panel can only power a small flashlight. The community is familiar with solar energy as the Department of Science and Technology donated a solar-powered early warning device to their village last year.

 

Francis Dela Cruz and Glinly Alvero of ICSC inspect a small solar panel in Socbot village, Pinukpuk town, Kalinga province. The panel can only power a small flashlight. The community is familiar with solar energy as the Department of Science and Technology donated a solar-powered early warning device to their village last year.

 

Climate change projections in the Philippines - and worldwide - indicate that typhoons might not necessarily become more frequent in the future, but they would likely become more intense. More importantly, the country is at risk not just of typhoons and other extreme weather events but also of sea level rise, ocean acidification, and other creeping impacts of climate change.

More and more Filipinos would be living on the frontlines of the climate crisis in the coming years, even as traditional sources of energy such as coal and diesel become riskier - more expensive and harder to import.

Harnessing solar and other renewable energy then is not just a means of climate change mitigation. It must be considered an integral part of humanitarian response and of low carbon development.