Competence
and Track
Record
OUR PROJECTS
SOLAR ENERGY
Allacapan, Cagayan 5x10 MW
Iguig, Cagayan 50 MW
BIOMASS ENERGY
Tuguegarao, Cagayan 12 MW
SOLAR ENERGY
Bongabon, Nueva Ecija 50 MW
Gapan City, Nueva Ecija 30 MW
San Jose City, Nueva Ecija 30 MW 1
San Jose City, Nueva Ecija 30 MW 2
Talugtug, Nueva Ecija 125 MW
SOLAR ENERGY
Victoria, Tarlac 12 MW
Tarlac City, Tarlac 10 MW
Sta. Ignacia, Tarlac 10 MW
BCDA, Tarlac 15 MW
SOLAR ENERGY
Clark, Pampanga 3x50 MW
SOLAR ENERGY
San Rafael, Iloilo 2x50 MW
BIOMASS ENERGY
San Rafael, Iloilo 2x50 MW
WASTE TO ENERGY
San Meteo, Rizal 2x12 MW
SOLAR ENERGY
Tanza, Cavite 20 MW
WASTE TO ENERGY
Nasugbu, Batangas 15 MW
SOLAR ENERGY
Calabanga, Camarines Sur 20 MW 1
Calabanga, Camarines Sur 30 MW 2
Minalabac, Camarines Sur 180 MW
SOLAR ENERGY
San Manuel, Pangasinan 50 MW
Umingan, Pangasinan 20 MW
SOLAR ENERGY
Siaton, Negros Oriental 50 MW
SOLAR ENERGY
Manolo Fortich, Bukidnon 2x20 MW
Libona, Bukidnon 5 MW
BIOMASS ENERGY
Manolo Fortich, Bukidnon 12 MW
Malaybalay, Bukidnon 12 MW
We invite you to move on with us...
it’s a journey you can’t afford to miss!
Biomass/biogas
Waste to Energy (WTE)
Solar
Wind
Hydro
Full Advantage has three main business activities, namely: Advisory and Consulting, Business/Project Development, and Climate Change Activities. These business activities have a particular focus on the following sub-sectors:
RENEWABLE ENERGY
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Solar,
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Biomass/biogas
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Wind
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Hydro
RURAL ELECTRIFICATION
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Energy Efficiency & Conservation
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Smart Grid
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Distributed Generation
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Decentralized Energy Systems
WASTE-TO-ENERGY (WTE),
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Municipal Solid Waste (MSW),
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Sanitary Landfill (SLF)
AGRICULTURE
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Sustainable Agricultural Mechanization
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Precision Agriculture,
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Energy Crop Plantation
CLIMATE CHANGE
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Greenhouse Gas (GHG) mitigation/adaptation
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GHG accounting
SUSTAINABLE ENERGY FINANCING AND INVESTMENT
biomass
iPower
2x12 MWe Biomass Power Plant
COD: Phase1-Q4 2014; Phase2-Q2 2017
San Jose City, Nueva Ecija
Isabela Biomass Energy Corp.
20 MWe Biomass Power Plant
COD: Q3 2015 Alicia Isabela
Bicol Biomass Energy Corp.
5 MWe Biomass Power Plant
COD: Q1 2016 Camarines Sur
Green Innovations For Tomorrow
12 MWe Biomass Power Plant
COD: Q1 2016 Talavera Nueva Ecija
Cagayan Biomass Energy Corp.
15 MWe Biomass Power Plant
COD: Q4 2019 Burgos, Isabela
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GrassGold Renewable Energy Corp.
12 MWe Biomass Power Plant
COD: Q4 2019 Llanera, Nueva Ecija
HyperGreen Energy Corp.
12 MWe Biomass Power Plant
COD: Q2 2022 Bocaue, Bulacan
SOLAR
125.MWp Talugtug Solar Power Project
Talugtug Nueva Ecija
Pantabangan Solar Project
Pantabangan Nueva Ecija
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Solar Pump Project
Lupao Nueva Ecija
Roof Solar
Prime Gloves Manufacturing Inc.
Batangas (Transaction Advisory Support)
AQUAvoltaics
Aquavoltaics describes the strategic integration of solar photovoltaic (PV) systems directly onto the water surface utilized for aquaculture operations. This methodology enables the concurrent cultivation of aquatic species and the generation of renewable electrical energy, effectively utilizing a single water body for two distinct economic activities.
System Advantages:
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Dual-Use Optimization: Deploys renewable energy on water, mitigating competition for terrestrial land resources.
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Enhanced Aquaculture Yield: PV shading stabilizes the aquatic thermal profile, creating a less stressful, more optimal environment for cultivated species.
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Improved Water Conservation & Quality: Shading lowers water temperature, suppresses algal blooms, and minimizes evaporative water loss.
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Revenue Stream Diversification: Establishes a secondary income via water surface lease payments or energy co-ownership/sales.
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Decentralized Power Generation: Provides essential, localized electricity for off-grid electrification and critical aquaculture operations.
AGRIvoltaics
Agrivoltaics integrates agricultural production and solar photovoltaic (PV) energy generation within a shared land area. This methodology involves the calculated installation of PV modules at an elevated height and specific spacing over cultivated land or grazing areas. This configuration is engineered to permit sufficient photosynthetically active radiation (PAR) to reach the underlying crops while simultaneously maximizing the conversion of solar irradiance into electrical energy.
System Advantages:
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Enhanced Land Equivalent Ratio: Maximizes output per unit area through concurrent food and energy co-production
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Mitigation of Abiotic Stress: PV shading reduces crop heat stress and evapotranspiration, conserving soil moisture
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Diversified Revenue Stream: Creates a reliable, supplementary income from electricity generation and sales
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Ecosystem Stabilization: Overhead protection minimizes wind damage and soil erosion, boosting overall crop resilience
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Socio-Economic Impact: Supports decentralized rural electrification and strengthens regional energy independence
Metro Manila Office: MyOffice, 12F The Trade and Financial Tower 7th Avenue corner 32nd Street, Lane Q, BGC Taguig City, 1634 Metro Manila
Registered Office: Bayuga St., Poblacion East Science City of Muñoz, Nueva Ecija 3119
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Full Advantage Phils. International, Inc. Company