Official inauguration of Mindanao´s currently largest diesel replacement solar power plant

 

(Surallah/Philippines, 28/01/2016) nv vogt Philippines Solar Energy One, Inc. inaugurated the Surallah solar power plant in Mindanao/Philippines last Saturday. The plant with a capacity of 6.23 MWp was commissioned in November 2015 and is the largest one operating in Mindanao to date. The project was developed by nv vogt and its joint venture partner ib vogt GmbH, based in Berlin/Germany. ib vogt GmbH was the off-shore EPC contractor, working together with its local partner ADV Builders as the on-shore EPC. The funding for the construction was provided by Armstrong Asset Management (AAM).

 

 

Covering an area of about 8 hectares, the 23,520 installed modules will generate over 9.5 GWh per annum – or sufficient electricity to power the monthly needs of 8,740 households*1. Lifetime carbon dioxide (CO2) savings generated by the plant compared to fossil fuel generation alternatives are calculated to be around 180 million tonnes*2.

The project development and permitting has been an extensive process. Construction of the plant was rapid – taking less than 2 months from when the first posts were rammed until the last module was installed, due the excellent infrastructure and cooperation of all project participants.

nv vogt is developing and constructing several projects in the Philippines and Southeast Asia together with its joint venture partner ib vogt. At the moment, solar power plants with a capacity of around 16 MWp are under construction, while a pipeline of 150 MWp is also under development. Vivek Chaudhri, Director of Philippines operations, said “with the building of the Surallah plant, we have now demonstrated our ability to produce a world class solar production facility locally. We are committed to further development and to being a significant player in the local solar market. We are focused on Mindanao and will come up with a specific plan for that part of the country.”

Anton Milner, Managing Director of ib vogt GmbH, says “we see a strong potential for photovoltaic technology to bring much needed, cost effective and clean electricity with all its benefits to the country and its population, and to help meet the increasing energy needs of the country in an environmentally and socially sustainable manner. This is the first of our projects in the Philippines and we are very proud to have completed the project in such a short period of time. We, as nv vogt, are actively investing in a number of such future-oriented projects and hope that this is one of a series of such developments over the coming years, where major benefits, investment and employment can be achieved to the benefit of the country and the region.”

“Armstrong Asset Management is proud to be a financing sponsor to the Surallah project that represents the achievement of many firsts in more ways than one. It is the first operating solar power plant in South Cotabato; an important milestone for energy security and the development of renewable energy in the region. It is also the first project to have been built by German contractor ib vogt in the Philippines. Last but not least, the Surallah project is the first solar project to be completed under the Armstrong-nv vogt partnership,” said Andrew Affleck, Managing Partner of Armstrong Asset Management.

Armstrong and nv vogt are continuing their efforts to develop more solar projects in the county and are currently working together to complete an additional 45 MW of solar projects in the Philippines. While the Surallah project marks the milestone of many firsts today, it is only a collective first step towards a cleaner, greener future in the Philippines.

 

*1

Based on the average household consumption of 90.54 kWh / November 2015 in Surallah, South Cotabato, Philippines,

Source: South Cotabato I Electric Cooperative, Inc.

*2

Based on the average production of 0.76 kg CO2 emissions per kWh from electricity generation by diesel fuel, 161.386 pounds of CO2 emissions per million British thermal units (Btu) by diesel fuel, considering a heat rate of 10,334 Btu per kWh

Source: U.S. Department of Energy (EIA)