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Solar Power FAQs Philippines

Considering solar power in the Philippines? Get clear, expert answers to all your questions. Our complete FAQ guide covers costs, savings, and the installation process.

Commercial FAQs

How do you make sure panels and components are genuine and high quality?

We guarantee that each panel will have a serial number registered in the manufacturer’s database. We inspect the flash-test information of your batch in the factory. We maintain batch certificates and provide EL (electroluminescence) pictures upon request. We install high-efficiency, bifacial, glass-glass (BC) panels, which are not relabelled but are of tier-one manufacturers.

We have Tier 1 string inverters with local parts and service. We collaborate with SMA on large and open rooftops, and with Enphase on complex and shaded roofs. We sometimes offer budget-friendly options, depending on local grid conditions. 

No. Everything, from design and construction to quality checks and commissioning, is done in-house. All of our trained crews operate under Solaren management and are accountable at one level.

Designs exceed local wind regulations.  All our systems have load-tested stainless-steel anchors and sealed penetrations. We fully warrant our roof workmanship.

We have proper labelling, fusing, surge protection, and DC isolators. Written shutdown procedures and lock-out/tag-out procedures. During the handover, we provide complete witnessing and a briefing to your team.

High temperatures reduce output. We plan systems to facilitate airflow and select equipment that is specifically designed for local use in the heat. The effects of temperature are already forecast into our yield forecasts.

For a cash purchase, the typical timeframe is 3 to 6 years. Driven by many factors, such as roof direction, energy export approvals, and your working hours. We provide a transparent model with testable assumptions.

Most sites lower their daytime rates by 20-45%.  Additional savings can be applicable in cases where export credits are available.

Buy: Maximum long-term liquidity and 100 per cent ownership.

Loan: You are the owner of the asset; repayment can be saved.

PPA: No initial fee; charge per kilowatt-hour at an agreed rate.

Long cable runs add costs to installations.   There are also losses to consider. We optimize designs to account for this and to safeguard returns.

Ideally, Electricity bills for twelve months. Typical load profiles and any scheduled changes to the load. Full site address.

Yes, we normally handle utility permit processing and coordination.  We will need local assistance with issues relating to the LGU.

Before commencing work, we will agree on a strict schedule for installation. We will clearly communicate logistics, timelines, and expectations.  The process is usually much faster than expected.

The current rules state that the export of surplus energy is limited to system sizes of 100 kWp and below.  Careful planning is essential if no export is possible, because power may need to be curtailed.  This dramatically affects ROI

Yes, we provide access to a sophisticated and live performance portal, which logs both power generated and power consumed.  This system allows complete transparency and ability to monitor your savings.

We maintain an inventory of most key accessories and electrical essential replacements.  If replacements are not available, we have a fast turnaround time with our service partners.  Our goal is to maintain system operations. 

This is a common misconception. Roof mountings are sealed and always positioned at the roof apexes to prevent water ingress.  Each fixing point is additionally sealed. Warranties apply to roof installations

Warranties typically last 30 years for module performance and between 5 and 25 years for inverters (if extended). Every item is covered for at least five years, and will be explicitly explained before approvals.

If required, remote diagnostics. On-site safety inspection, thermal scan inspections, and repairs. Manufacturer warranty and insurance claims assistance, should it be required.

Typically, two to three times a year. Coastal or dusty sites sometimes require more frequent. Cleaning schedules can be easily established according to performance data.

You should expect near 100% uptime, but systems are often dependent of the utility.  Location is a key consideration.

In the range of 450-600 m 2, based on the size of the panels, their tilt, the spacing between panels, and the access ways.

Solar is ideal for cold storage.  Loads are often significant, constant, and perfect for planning PV installations.  

Yes, this is a critical aspect of any planning and installation.  There are many misconceptions surrounding these issues, and we need to closely work with your team to ensure safety and smooth operations.

Yes, most certainly! These loads are typically ideal for planning a Solar PV system as loads are constant and predictable.

We would generally recommend that these facilities size systems to peak loads during normal operations. Planning for weekend spikes is potentially a waste of CAPEX

You do. The data is entirely secure and separate from your everyday operations.

Please send us your utility billings, location, and roof sizing.  We can quickly start preparing a quotation and timeline

Industrial FAQs

Can solar handle heavy industrial loads and machinery start-up currents?

Every single one of our systems are designed for inrush currents, VFD’s and other Industrial equipment needs. Soft starters or hybrid setups can be added as required. Designs match your businesses specific load profile.

Yes. We integrate with MV switchgear up to 34.5 kV and coordinate protection settings with the utility. Licensed engineers handle all work under strict safety codes.

Yes. We can and will provide full training, system documentation, and shutdown steps. Arc-fault and ground-fault protection are standard features.

Typical payback is 3 years to 5 years with 20 – 35% ROI, depending on tariff and load. Large sites can save tens of millions of pesos yearly.

Solar mostly offsets kWh use. With batteries or load-shifting, demand (kVA) charges can also drop significantly.  We can study your load data to recommend the best strategy.

Yes. You lock in part of your power cost for 25+ years, protecting against tariff rises, unexpected economic shocks, and fuel price swings.

Yes. We align generator logic and ATS controls for smooth operation.  We will test with your team and local utility.

Yes. Inverters run near-unity power factor and can support reactive power if required.  Due to common utility requirements, capacitor banks and APFC panels are reviewed during design.

Yes. Systems can be designed to be modular and future-ready, including battery options.

Over 99% is not unusual,  with local service teams, remote monitoring, and defined response times.

Normally, every 2 – 3 months in dusty zones.  This can be established quickly based on performance data.

We run remote diagnostics, inspect on-site, and assist with insurance or warranty claims.  We are always available for after sales and support, unlike the majority of competitors.

Residential FAQs

Is my home a good fit for solar?

Home solar is optimal when daytime generation is utilized; however, with net metering, nighttime loads can also be offset. We can initially check and verify your utility bills and schedule an ocular inspection if required.

This will depend on your utility bills.  Ideally, the bills from the last 6 months would be used to calculate your requirement. The average household typically requires between 3 and 10 kW of solar power.  Sometimes, more so if you have AC or other loads running most of the day.

Approximately 4.5 – 6 m² /kW depending on panel wattage and spacing.

No. If a grid-tied system, disconnection during a brownout is a necessary and sensible safety measure. You would require a battery and a hybrid inverter to operate during an outage.

In many homes, when we perfectly match the system size to your usage, daytime costs are reduced by 30-60 percent. Additional credits will offset additional charges by exporting to your utility.

A cash purchase often takes 4-5 years.  This depends on your electricity cost, time of use, and system size. We will present a straightforward, easy-to-understand payback model for your consideration.

Yes. We can provide access to bank loans and credit card instalment plans.

This is possible, and largely depends on the system design and size.  Many of our customers set this as their goal: to start smaller and gradually increase the system size as their budget permits.

We only install legitimate tier-one, high-efficiency bifacial, glass-glass, or BC panels. Most of our modules are available in all-black for a clean, premium appearance.

We conduct rigorous audits of our suppliers and require detailed factory test data and certificates. We can provide you with information upon request.

We usually recommend German SMA inverters, which have an exceptionally long design life.  We have fully operational systems that are still running, even after ten years or more.   We can offer lower-budget options, such as those from the British manufacturer Sunsynk.  Full details are available on request.

String inverters are far more affordable for open and unshaded roofs. Microinverters perform well if your roof has multiple angles or shaded areas.

A battery system is more expensive than a grid-tied system.   If you wish to start with a lower budget, it is possible to install a hybrid grid-tied inverter and add battery capacity at a later time.

You must compute carefully, as the cost can be prohibitive to cover complete household loads.  It is best to scale the size of the backup to your needs and priorities, and carefully assess and design.

No, this is a widespread question, and we are proud to say that our roof fixings rarely cause issues. Our roof workmanship is under warranty.

Yes.  Fully compliant with building and wind load codes.  We install load-tested anchors and provide adequate airflow under panels. Our equipment is designed for use in the Philippine tropical climate.

We need to check and establish whether it is advisable to place a solar PV system on a roof that will not last more than a few years.  You can ask us for an honest assessment.

Yes. We handle the entire process, including utility submissions, meter changes, and witness tests.  We may require assistance with the LGU for your existing permits and certificates.

Yes. The local utilities approve all of our systems. 

Your meter will be changed to a bi-directional unit by the utility.  We coordinate this.

Typically, just a few days on-site once materials are delivered. We can work around your schedules.

You have a web and app portal that provides live production, usage patterns, and notifications. Additionally, reports can be generated on a monthly basis.  Of course, your utility bill will reduce.

Two to three times a year on most houses.  With our online monitoring, cleaning can be planned based on performance data.

You can inspect your system visually, but mostly just washing is required. Most of our customers plan to replace the inverter every 10-15 years or so.

Yes. Our inventory includes complete inverter units, spares, fans, fuses, and necessary replacements.

Panels are silent. Most household inverters are silent. 

We offer comprehensive product and performance warranties for our complete systems, as well as workmanship.

We ensure that proper fusing and surge protection, labelling, and shutdown procedures are documented. We can train your family on how to operate your system safely. We will provide comprehensive electrical plans, and the LGU and utilities will approve the system. 

You do. The online portal is completely safe and protected from intrusion, and it is highly secure. 

Yes, of course. Assuming there is space on the roof, and adequate inverter power is made available. We can plan for expansion.

This is unusual and usually depends on building or HOA regulations and roof rights. We can present documentation should you need to seek approval.

We can conduct safety inspections and undertake any necessary repairs. We assist with warranty and insurance claims as required, although this is a rare occurrence.

We ask for as many months bills as you have available in the last year.  Six months is ideal.  An idea of your times of using power (day or night percentages), and an address.  This will enable us to start the process.

After you approve the offer, we can finalize the agreement and plan the delivery. Usually, this happens very quickly.  Provided we have sufficient documentation, we can start permitting immediately.

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installation teams

Solaren’s in-house installation teams deliver commercial and industrial solar projects with the consistency and precision that large sites demand. With several trained crews operating across the Philippines, we handle multiple installations simultaneously while maintaining high, uniform workmanship standards. Each team works closely with Solaren’s engineers to plan structural layouts, optimize wiring routes, position inverters for optimal performance, and integrate the system safely into the client’s existing electrical network. This level of coordination ensures clean execution on the roof and inside the facility, with every detail checked against strict safety and performance requirements. Our teams are experienced with complex environments, from homes to factories and warehouses, showrooms and food-production sites, and they follow a disciplined workflow that protects system performance for years. Because all installation work is performed by Solaren personnel, not subcontractors, clients receive complete accountability, better quality control, and systems built to deliver reliable energy from the day of commissioning.

JERRICO MIGUEL

Junior Electrical Engineer

Jerrico assists with electrical installation, testing, and commissioning across commercial PV systems. With 3 years of engineering experience, he supports senior engineers with wiring, system validation, and integration of monitoring systems. He has contributed to deployments for food manufacturing, warehousing, and commercial facilities.

Key Responsibilities

• Assist with wiring, conduit work, and panel installation
• Support testing, commissioning, and on-site validation
• Perform basic electrical troubleshooting and checks
• Document as-built work and site conditions
• Coordinate with senior engineers for daily tasks

ARNOLD NICOLE YOUNG

IT Specialist

Arnold manages and oversees Solaren’s IT infrastructure, Networking and monitoring platforms. With over seven years of IT and network experience, he maintains monitoring for hundreds of live systems nationwide, ensuring uptime, data security, and reliable performance visibility. He is CCNA-certified.  Arnold is responsible for coordinating the operations and maintenance of existing systems,

Key Responsibilities

• Manage O and M, monitoring portals and system dashboards
• Maintain IT networks and data security protocols
• Support engineers with diagnostics and remote checks
• Ensure uptime of client monitoring portals
• Implement updates and coordinate hardware integration

JOHN RUDOLF SIGUA

PV Design Engineer

John specializes in system modelling, layout design, and performance simulation for commercial and industrial projects. A Registered Electrical Engineer with five years of design experience, he works with PVsyst, AutoCAD, and utility-compliant PEC standards. He supports commissioning and troubleshooting to ensure accurate performance and reliable operation.

Key Responsibilities

• Prepare PV system layouts, modelling, and energy simulations
• Size components for optimal performance and compliance
• Produce design packages for permitting and construction
• Support commissioning, technical checks, and system validation
• Provide troubleshooting for design-related issues

EJ P. ERESE

Onsite Project Manager

EJ oversees daily on-site installation for commercial and industrial PV systems, coordinating manpower, safety, and client updates. A Registered Electrical Engineer, Registered Master Electrician, and Safety Officer 2, he brings six years of field experience and has supervised crews on multiple multi-MWp deployments with strong safety records.

Key Responsibilities

• Direct daily on-site installation and crew assignments
• Enforce safety compliance and conduct toolbox meetings
• Track progress and report updates to project managers
• Validate installation work against approved designs
• Support testing, energization, and turnover

CARLO BENJAMIN NUCUM

Senior Project Manager

Carlo has long led the company’s engineering teams across full project lifecycles, from planning to commissioning. He has delivered multi-MWp systems for clients such as Liwayway Marketing, Bench, Toyota, New Zealand Creamery, and Atlantic Grains. A Registered Electrical Engineer with more than eight years of experience, he manages and oversees PEC-compliant installations and quality control across commercial and industrial sites.

Key Responsibilities

• Lead project teams and manage end-to-end delivery in entirety
• Oversee installation quality, safety, and technical compliance
• Coordinate with clients, suppliers, and engineering groups
• Review electrical plans and validate system performance
• Supervise testing, commissioning, and turnover documentation

Christopher Henry Hutchings

Sales Director

Chris brings four decades of international finance experience, including senior leadership roles in Hong Kong where he still qualifies as a Responsible Officer under the Hong Kong Securities and Exchange Commission requirements. His background in Private Wealth, managing client portfolios and evaluating long-term financial strategies allows him to help enterprise clients assess solar investments with clarity and confidence. Chris leads Solaren’s commercial sales strategy, working with clients to structure accurate proposals, reliably analyses return expectations, and build sustainable partnerships. He collaborates closely with engineering and procurement teams to ensure every system is designed, priced, and projected with precision.

Key Responsibilities

• Leadership of enterprise and commercial sales strategy
• Client advisory on ROI, system design, and financial planning
• Proposal development with engineering and procurement teams
• Partnership building across commercial and industrial sectors
• Risk and value assessment for large-scale solar investments
• Reliable and trusted representation of Solaren in high-level client engagements and negotiations

Ronnie C. Lorenzo

General Manager & Corporate Secretary

Ronnie manages Solaren’s day-to-day operations, coordinating procurement, logistics, manpower, and documentation across all active project sites. He supervises regulatory submissions, contract execution, and local permitting to ensure every deployment remains compliant and on schedule. His critical role connects engineering, procurement, and administrative teams so projects move efficiently from planning to installation and commissioning. As Corporate Secretary, he maintains board records, supports executive reporting, and ensures transparency across the company’s internal processes and external commitments.

Key Responsibilities

• Daily operations, scheduling, and logistics
• Procurement coordination and supplier management
• Contract execution and regulatory submissions
• On-site documentation and compliance tracking
• Cross-team coordination from planning to commissioning
• Corporate Secretary duties and board record management

Anicia Pearce

President

Ann leads corporate governance, financial discipline, and regulatory compliance for Solaren, ensuring full alignment with the companies ever growing regulatory requirements. She manages audit readiness, internal controls, and risk management across all departments. Her work anchors the company’s expanding operations, providing clear structures for procurement, contracting, and documentation. Ann also oversees systems that ensure complete records and proper regulatory filings support each project from planning to commissioning. Her no-nonsense leadership reinforces Solaren’s credibility with clients, partners, and government agencies as the company continues to handle larger commercial and industrial portfolios.

 

Key Responsibilities

• Corporate governance and regulatory compliance
• Financial controls, budgeting, and audit readiness
• Risk management and operational discipline
• Oversight of contracting, documentation, and procurement workflows
• Alignment with all regulatory and Government standards
• Executive support for cross-department operations

Neil H. Pearce

Managing Director

Neil leads Solaren’s strategic planning and oversees all commercial, financial, and operational decisions across the company’s national portfolio. He brings over three decades of experience across Asia’s financial markets, including his past work and key Directorships for several private wealth management companies in Hong Kong. He guides capital allocation, project evaluation, and long-term planning while strengthening supplier relationships with global partners. Neil has overseen more than 85 MW of commercial, industrial, and residential installations and continues to steer Solaren’s expansion into AI-driven monitoring, energy storage, and enterprise-scale engineering systems. He also serves as a director for several regional companies.


Key Responsibilities

• Strategic direction and long-term planning
• Capital allocation and project funding oversight
• Partnership management with global suppliers
• Corporate governance and executive decision-making
• Evaluation of commercial and industrial project pipelines
• Expansion into energy storage and digital monitoring, together with Artificial Intelligence

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