Overview
The Philippines is a country that has been blessed with abundant sunshine throughout the years. Reports from the National Renewable Energy Laboratory indicate that the average solar radiation in the Philippines is 161.7 watts per square meter, highlighting the immense potential for Solar Power in Philippines.
Positive Effects of Solar Power in the Philippines
Reduction in Carbon Footprint
Significantly lowers greenhouse gas emissions.
Renewable Energy Source
Utilizes the inexhaustible power of the sun.
Decreased Dependency on Fossil Fuels
Reduces reliance on imported oil and gas.
Energy Independence
Enhances national energy security.
Job Creation
Spawns new employment opportunities in solar technology.
Lower Energy Costs
Reduces electricity bills for consumers.
Scalability and Flexibility
Easily adaptable to different scales and settings.
Boosts Rural Electrification
Provides power in remote areas.
Encourages Sustainable Development
Aligns with global sustainability goals.
Technological Advancement
Spurs innovation in renewable energy technologies.
Increases Energy Resilience
Reduces impact of traditional power grid disruptions.
Enhances Public Health
Reduces pollution-related health issues.
Solar Energy vs. Traditional Power Grid
Aspect |
Solar Energy |
Traditional Power Grid |
Initial Investment |
Higher upfront cost for panel installation |
Lower upfront cost, but dependent on infrastructure |
Operating Costs |
Lower long-term costs due to minimal maintenance |
Higher due to fuel costs and maintenance |
Energy Prices |
Stable, as sunlight is free and abundant |
Fluctuates with market prices of fossil fuels |
Environmental Impact |
Eco-friendly, no emissions during operation |
Contributes to pollution and carbon emissions |
Dependency on External Factors |
Less reliant on external supply chains |
Dependent on imported fossil fuels |
Resilience to Outages |
Independent operation, less affected by grid failures |
Vulnerable to grid disruptions and outages |
Return on Investment |
High in the long-term due to energy savings |
Lower, with ongoing costs for energy consumption |
How to Apply for Solar Power in the Philippines
This is the first and foremost step in your journey to install solar panels for your home or business in the Philippines.
- Try to learn about the different solar power supplier in the Philippines in your area, their offerings, the quality and efficiency of their panels, prices, maintenance, etc.
- Understand your local climate factors, the amount of sunlight your building receives, any potential shading issues, among others. A reputable solar panel provider will also educate you about these factors beforehand.
You must choose a reputable solar power supplier in the Philippines to avoid running into hassles later.
- Try to look for experienced and certified solar installation companies.
- Check their reviews, portfolios, and customer testimonials to better understand the quality of their service.
The solar power supplier you chose will carry out a thorough site assessment to determine the best location and type of solar panels to use.
- The solar provider will evaluate your location to determine solar panel installation suitability.
- The assessment will include factors like roof condition, orientation, shading, space availability, and energy requirements.
After the assessment, the solar provider will provide you with a quote based on their survey. They will also offer you a customized solar panel design to meet your energy needs.
- The detailed quote you will get will include costs, solar panel system size, and the expected energy production. You can also use our solar calculator to double check their quote.
- Review their quote to check if their price and system design match your budget and expectations.
This is an important step in installing solar panels in the Philippines. One needs to apply for proper permits from the Philippines government to set up solar panels.
- Contact your Local Government Unit (LGU) and obtain the necessary permits that fall under the Office of the Building Official (OBO), which include a Request for Inspection, an approved Building Permit, and an approved Electrical Permit. You can read more about the process here.
- Once you have your electrical permit, you can install your solar panel in accordance with your solar panel provider. When the systems have been installed you need to submit a request to the Electrical Division. The Electrical Division will then assess and evaluate the installation site for compliance with the National Building Code and also the Philippine Electrical Code. Once the assessment is complete, you will get a Certificate of Final Electrical Inspection. For more information on the paperwork you need to submit according to your area of residence, you can visit this link.
Once you have your permit with you, your solar panel provider can then proceed to install your solar panel system.
- Schedule your solar power installation in the Philippines with your solar panel company, which will be completed in a few days.
- The installation process involves mounting solar panels on roof, and setting up your inverter and other electrical connections.
Once your solar panel system is installed you will need to have it inspected as mentioned in pt. 5.
Moreover, you can also wish to sell excess energy generated by your solar system, back to the grid, which is also known as Net Metering.
According to the Renewable Energy Act of 2008, users who have at least 100kWp of solar panel systems can sell excess energy back to the electricity link.
To apply for Net Metering, you need to have the following documents in place –
- Two valid government identification cards (photocopies)
- Land Title or Transfer Certificate of Title
- Realty Tax Receipt
- Notarized Authorization Letter empowering the designated representative to facilitate your application
- Deed of Sale (required if the electric bill is registered under the previous owner’s name)
- Occupancy Permit
- Barangay Permit
- Photograph of the House
- Photograph of the Main Breaker with a load schedule label
- Completed Net Metering Application Form
- Plant Parameters along with Technical Documentation
- Certificate of Final Electrical Inspection
- Single Line Diagram
- Electrical Permit
- Photocopy of the previous monthly Meralco bill
Next, you will have to carry out the series of steps as outlined in this Meralco guide.
Once the installation, paperwork, inspection, and connection to the grid are complete, it’s time to activate your system.
- Begin monitoring your performance and energy savings
- Regular inspections will maximize your system’s lifespan
Solar panels require minimal maintenance as they are built to withstand even the most demanding weather conditions. However, periodic maintenance will ensure your panels keep working optimally.
- Try to establish a maintenance schedule with your provider
- Ensure you have access to customer support for any future queries or issues
Pros & Cons of Solar Power in Philippines
Pros
Renewable Energy Source
Reduced Electricity Bills
Low Operating Costs
Environmental Benefits
Energy Independence
Job Creation
Government Incentives
Cons
High Initial Cost
Weather Dependent
Space Requirements
Energy Storage Costs
Long Payback Period
Manufacturing and Transportation Impact
Aesthetic Concerns
Solar Panel Prices
Below is a breakdown of our solar panel pricing for various capacities.
5kWp Solar PV System
PRICE : ₱ 360,000
Ideal Package for: P8,000 – P12,000 and below/month.
Estimated Annual Production : 7.25MWh.
Estimated Annual Savings: ₱ 65223
Perfect for minimal energy needs, such as small cabins, tiny homes, or specific appliances.
7. 5kWp Solar PV System
PRICE : ₱ 512,500
Ideal Package for: P13,000 – P17,000 and below/month
Estimated Annual Production : 10.61MWh
Estimated Annual Savings: ₱ 95,490
A 7.5 kW system is large enough to run the average home in less-than-average sunlight.
10kWp Solar PV System
PRICE : ₱ 665,000
Ideal Package for: P18,000 – P22,000 and below/month
Estimated Annual Production : 13.98MWh
Estimated Annual Savings: ₱ 125,784
A 10kW solar system produces 13,400-16,700 kWh annually, enough to power an average home for 3 hours.
12.5kWp Solar PV System
PRICE : ₱ 827,500
Ideal Package for: P23,000 – P27,000 and below/month
Estimated Annual Production : 17.54MWh
Estimated Annual Savings: ₱ 157,842
A 12.5 kWp efficiently converts sunlight to electricity and requires 75 m2 of roof space. It is perfect for large homes or appliances that require high power usage.
15kWp Solar PV System
PRICE : ₱ 990,000
Ideal Package for: P28,000 – P32,000 and below/month
Estimated Annual Production : 21.10MWh
Estimated Annual Savings: ₱ 189,900
15 kW solar system produces 60 kWh daily and is suitable for commercial settings. You get 37-45 solar panels which will occupy 75-90 m2 of roof space.
Planning A solar Project Now?
Want to learn more about installing solar panels for your home? Contact Nativ Techniks, a leading solar company in the Philippines, for a no-obligation, comprehensive site survey today.
Why Choose Nativ Techniks as Your Solar Power Supplier in Philippines
Extensive Expertise
Our team’s deep knowledge ensures top-tier solar technology solutions.
Exceptional Customer Service
Complete support from start to finish for a hassle-free experience.
Proven
Track Record
A history of reliable installations that speak to our capability.
Exceptional
Product Quality
High-quality, durable solar components for superior system performance.
Custom
Solutions
Tailored solar setups to meet individual energy requirements.
Competitive Pricing & Financing Options
Affordable solar investments with flexible financing arrangements.
Expert Installation & Maintenance Services
Installation and upkeep by certified professionals for lasting efficiency.
Sustainable &
Eco-Friendly Approach
Committed to eco-conscious practices and promoting sustainability.
Featured Projects
RESIDENTIAL SOLAR
Location: Makati City, Metro Manila
Annual Savings: Php 264,330.00 – Php 293,700.00
SCHOOL PROJECT
Location: Batangas City, Batangas
Annual Savings: Php 1,221,552.00 – Php1,357,280.00
COLD STORAGE SOLAR
Location: Tagoloan Misamis Oriental
Annual Savings: Php 3,252,125.52 – Php 3,613,472.76
Solar Power FAQ
The number of solar panels required to power a house in the Philippines depends on several factors such as the total energy consumption of the house, sunlight hours, and the solar panel efficiency. However, to have an approximate idea, a typical home in the Philippines may need anywhere from 5kW to 10kW, which translates to about 15-30 solar panels.
The Philippines is a nation that has a strong potential for harnessing solar power. This is due to several factors like the abundant amount of sunlight the nation receives throughout the years, the country’s vast growth in solar energy capacity, favorable government regulations, norms, and tax incentives for solar projects, and the increase in the number of start-ups that are offering affordable solar power solutions for both homes and businesses.
Solar power projects in the Philippines can be worth the investment, especially given the rising cost of electricity and the abundance of sunlight. Solar panels can provide long-term savings on electricity bills, increase energy independence, and reduce the nation’s dependence on fossil fuels. In fact, going solar may just be the answer for the nation’s growing energy demands with a population of more than 1 billion people.
Savings from solar power depend on various factors, such as the size of your solar system, electricity usage, and the rate charged by your local utility. On average, households can reduce their electricity bills by 50% to 90%. A precise calculation can be made using a solar calculator or by consulting with a solar panel provider.
Solar panels typically last for 25 to 30 years. However, they don’t stop producing solar energy after this time. What generally happens is that their energy output simply decreases to a level below what solar power installers in the Philippines guarantee as their optimal efficiency. Most solar panels have a common degradation rate of 0.5%.
Solar panels will still produce electricity on rainy or cloudy days. However, their output gets reduced because less sunlight reaches the panels. The efficiency of the panels varies depending on the density of the clouds and the type of solar panels used. Some systems can store excess energy on sunny days for use during less sunny periods, ensuring a consistent energy supply.
Solar panels generally require minimal maintenance. However, dirt, debris, and bird droppings may block the panels and reduce their efficiency in absorbing sunlight. Thus, periodic cleaning is required to keep them working optimally. You may also need an annual inspection by a professional to ensure all components are functioning correctly.