MANILA, PHILIPPINES / COMMERCIAL & INDUSTRIAL ENERGY
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SOLAR PV

Solar power, engineered for commercial and industrial sites.

Grid-tied, hybrid and ground-mounted PV systems planned around the facility—not a generic specification.

PHOTOVOLTAIC SYSTEMS

Make on-site generation part of the plan.

BYT Energy develops solar PV solutions for facilities seeking to integrate renewable generation into their energy infrastructure.

System planning considers available roof or land area, electrical configuration, load profile, equipment integration, installation conditions and commissioning needs.

DISCUSS A SOLAR PROJECT
Solar panels installed across a large commercial rooftop
PV APPLICATIONS

Solar configurations for different sites.

Industrial rooftop

PV arrays planned for factory and warehouse roof structures.

Commercial rooftop

Solar layouts tailored to offices, retail and commercial facilities.

Ground-mounted

Site-based PV generation for facilities with suitable land area.

Grid-tied systems

PV systems integrated with existing grid connection and facility loads.

Hybrid systems

Solar configured alongside storage and other energy sources.

Design & commissioning

From PV system design and electrical integration to installation and testing.

ENGINEERING

Designed for safe, coherent integration.

Our design scope can include electrical load assessment, PV yield calculations, string configuration, AC/DC design, cable sizing, circuit protection, transformer integration and system commissioning.

Site assessment
PV yield calculations
String configuration
Electrical design
Equipment integration
Installation
Commissioning
O&M support

PRODUCTS & EQUIPMENT

Technology for your energy system.

Manufacturer specifications from the supplied product literature. Final availability, configuration, warranty terms and site compatibility are confirmed during consultation.

Solar PV modules

Photovoltaic panels for rooftop and ground-mounted systems.

Tiger Neo N-type 78HL4-(V)

Jinko Solar

Tiger Neo N-type 78HL4-(V)

Mono-facial N-type monocrystalline modules with SMBB and Hot 2.0 technology, PID resistance, and salt mist and ammonia resistance.

Rated power (STC)
615 / 620 / 625 / 630 / 635 W
Module efficiency (STC)
22.00–22.72%
Dimensions / weight
2465 × 1134 × 35 mm / 29.5 kg
Junction box
IP68
Power tolerance
0 to +3%
Manufacturer warranty
12-year product / 30-year linear power

Manufacturer warranty terms apply; ratings are measured at standard test conditions, not guaranteed site output.

Source: Tiger Neo 615–635W datasheet, pages 1–2

Discuss this product Datasheet

Inverters (hybrid / on-grid)

Power conversion for grid-tied and hybrid solar and battery systems.

ES Uniq Series

GoodWe

ES Uniq Series

Single-phase, low-voltage hybrid inverter designed for residential PV, with a touch-screen LCD, smart load control, and on-grid or off-grid operation.

Rated output
3 / 3.6 / 5 / 6 / 8 / 10 / 12 kW
Battery input
48 V nominal; 40–60 V range
Maximum efficiency
97.6%
Ingress protection
IP66
Parallel operation
Up to 6 units
Backup transfer
Less than 4 ms

1 MPPT on the 3 kW model; 2 on other models. AFCI is optional. PV string-current limits vary by model; consult the datasheet.

Source: ES Uniq datasheet, pages 1–2

Discuss this product Datasheet
MPS SERIES

MPS Series

MPS0030–MPS0500 · 480 V

Industrial hybrid inverter range for coordinated PV, battery, grid and generator systems. The supplied manual covers integrated 30–150 kW models and split 250–500 kW models.

Rated power
30 / 50 / 100 / 150 / 250 / 500 kW
Rated AC voltage
480 V
Frequency
50 / 60 Hz
Maximum PV voltage
1000 VDC
MPPT voltage range
250–1000 VDC
Protection / cooling
IP20 / air cooling
BMS interfaces
RS485 / Ethernet / CAN

This manual covers a 480 V version, not the 400 V HiBalanceX cabinets. Confirm site voltage, battery range and compatibility before selection; IP20 equipment needs a suitable protected installation.

Source: 480 V MPS hybrid inverter manual V2.00, technical parameters, pages 15–17

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SOLAR SAVINGS

Your electricity bill. Your solar potential.

₱12/kWh electricity and ₱5/kWh export credit are illustrative starting values, not BYT or utility rates. Use your bill’s energy rate and your utility’s approved export credit.

#BawasBill

Lower-bill option

System size
—
Number of panels · 630 W
—
Estimated monthly savings
—

#ZeroBill

Higher-offset option · net metering

System size
—
Number of panels · 630 W
—
Estimated monthly savings
—

Preliminary estimates only—not a quotation or a guarantee of a zero bill. Fixed charges, demand charges, taxes, shading, weather and operating hours affect actual savings.

Calculation assumptions

Generation = system kWp × 3.9 peak sun hours × 30 days × 80% performance allowance. Panels are rounded up using 630 W modules; final equipment selection requires an assessment.

#BawasBill targets generation equal to 50% of estimated monthly consumption, with 50–100% direct utilization and no export credit.

#ZeroBill targets generation equal to 100% of estimated monthly consumption, with 40–60% direct utilization. Remaining generation receives the entered export credit only if net metering is approved. Export credits do not necessarily offset all bill charges.

Estimated consumption = monthly bill ÷ electricity rate. Savings = directly used generation × electricity rate + eligible exports × export credit, capped at the entered bill. A bill-only estimate cannot separate non-energy charges.

START A CONVERSATION

Let’s discuss your facility’s energy needs.

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