Solar Systems

Solar Systems Designed for Performance, Safety, and Reliability

Solvantis Power Corp. designs and installs professionally engineered solar power systems in the Philippines for homes, businesses, installers, and energy-conscious property owners. Our systems are built for long-term performance, electrical safety, and real-world conditions.

We offer four core solar system types:

Hybrid Solar Systems

Hybrid solar systems combine solar panels, battery storage, and grid or generator support to deliver stable, flexible, and cost-efficient power. These systems are ideal for Philippine homes and businesses that want lower electricity bills, backup power, and grid independence.

Off-Grid Solar Systems

Off-grid solar systems provide complete energy independence by generating, storing, and managing electricity without reliance on the utility grid. These systems are ideal for remote locations, farms, resorts, and areas with unstable power supply.

Grid-Tied / Net Metering Solar Systems

Grid-tied solar systems allow homes and businesses to generate their own electricity while remaining connected to the utility grid. When excess power is produced, it may be exported to the grid through the Philippine Net Metering Program, subject to utility and ERC approval.

Net metering is subject to utility and ERC approval; results, timelines, and bill credits may vary based on site conditions and regulations.

Battery Backup Systems

Battery backup systems store energy from solar or the grid and provide uninterrupted power during brownouts, outages, and peak demand periods. These systems protect homes and businesses from power instability and data or equipment loss.

Engineered for Philippine Conditions

All Solvantis solar systems are designed with:

This ensures every system performs reliably under Philippine climate and grid conditions.

Industries Served

Homes

Clinics

Offices

Warehouses

Commercial Buildings

Solvantis Engineering Approach – How We Design Solar Power Systems in the Philippines

At Solvantis Power Corp., every solar power system starts with professional electrical engineering, not guesswork. We follow a structured, research-driven solar design process to ensure every system is safe, efficient, and built for long-term performance under Philippine climate and grid conditions.

01

Load and Energy Usage Analysis

We analyze real electrical consumption, operating hours, and peak demand to properly size residential, commercial, and industrial solar systems.

02

Solar System Architecture Design

We design the correct system type — hybrid solar, off-grid solar, or grid-tied solar — based on energy reliability, cost efficiency, and future expansion.

03

Inverter and Battery Matching

We select solar inverters and LiFePO4 batteries based on continuous load, surge capacity, charging limits, and efficiency, ensuring long battery life and stable system operation.

04

PV String and Voltage Design

Solar panels are configured to stay within the inverter’s MPPT and safe voltage range, maximizing energy harvest while protecting equipment under Philippine sunlight and temperature conditions.

05

Electrical Protection and Safety

We include DC breakers, surge protection, grounding, and electrical isolation to protect solar equipment, buildings, and users from faults and power surges.

06

Commissioning and Performance Verification

Every solar system is tested, configured, and verified to ensure it delivers safe, reliable, and optimized energy production before handover.

We don’t just install solar — we engineer safe, scalable, and high-performance solar power systems for homes, businesses, and installers across the Philippines.