 |
|
|
|
Services
-
System Integration
-
Design, Fabrication & Installation
-
Distributor of Solar Power Equipment including:
- Solar Panels
- Inverters
- Controllers
- Batteries
- Cables, and Connectors
-
Service/Technical Support and Consultation
-
Warranty/Post Warranty Support
|
Organizational Membership
|
|
|
ENPAP
Energy Efficiency Practitioners Association of the Philippines, Inc.
|
|
|
PhilGEPS
Philippine Government Electronic Procurement System | |
|
|
|
|
|
A Grid-Tie system works in tandem with the grid. It synchronizes its AC output and grid locks when the grid is available. Solar Energy during daytime will supply to power up the AC requirement and once the input is less of the requirement, the grid supplement the load.
|
An Off-Grid system is a stand alone system where the power supply is generated from the Solar PV Panels and stored in the Battery to supplement the AC or DC load.
|
| SOLAR APPLICATIONS: |
Industrial Use
- Manufacturing Plants
- Commercial Establishment
- Offices
- Warehouse
- Buildings
|
Residential Use
- Home
- Subdivisions/Villages
- Condominiums
- Rural Electrification
|
Civil Works
- Street Lights system
- Telecom Stations
- CCTV Monitoring system
- Light House
- Military Barracks/Camps
- Remote Monitoring
|
Institutions
- Schools/Colleges/Universities
- Hospital
- Churches
- Government Facilities
|
|
|
|
|
Other Products:
| SOLAR PORTABLE SYSTEM |
SPC-001 SPC-PS10W SP-100PPS Caution Light
|
Solar Lantern Warning Light Road Blinker Lawn Light Flashlights
|
| INDUCTION/LED ENERGY SAVING LAMPS
|
  
    
|
WHAT
IS SOLAR ELECTRIC SYSTEM?
Solar or Photo
Voltaic (PV) electric system is composed of solar panels which has arrangement
of PV or solar cells that are exposed to sunlight and convert it to electricity
in the form of direct current (DC). The DC Power is stored into Batteries
through a Charge Controller. The DC Power is passed through an Inverter that
converts the DC power into alternating current (AC) which can be used for
household lighting and run appliances. Bigger systems can be used to supply
power for industrial and commercial use.
Typically, the
batteries will be charged during daytime and the stored power will be consumed
at night time. The PV system’s components specifications and sizes will depend
on the size of the load. Components are available from China, Japan, USA and
Germany.
Countries like the
Philippines with plenty of sunlight will have good application of efficient PV
systems. The Philippines with more than 7,000 islands, currently has difficulty
in providing power to far flung or remote areas.
BENEFITS/ADVANTAGES :
- Environmental Friendly – clean, no carbon or gas emissions (CO2), helping reduce climate change or global warming.
- Secured and Stable Supply – prices and supply immune from black-out, price increase & market manipulation.
- Energy Independence – by becoming your own power producer.
- Abundant Supply – sunlight is free and abundant
- Competitive Cost – no oil, gasoline or mechanicaL engine to run the system, government rebates & tax credits on system purchase.
- Minimum or no maintenance
- Easy Deployment – rural, mountains & other remote areas.
- Sunlight is FREE
- Clean Energy, No Pollution
- Easy Deployment
- Independent Power Plant
- No Oil or Gasoline to run it
- No Noisy Mechanical Engine
- Reduce or Eliminate Power Bills
- Tax Credits
- Government Rebates or Subsidies
|
DEMAND FOR SOLAR ENERGY
- More than 7000 Islands in the Philippines
- More than 3 million families still have no electricity according to DOE
- Rising Oil Price
- High Electricity Cost
- Remote Areas with No Access to electric supply
- Compliance to Kyoto Protocol to reduce carbon emission to a certain level by 2012
- Independence from Oil Suppliers
- Island Resorts and Remote Telecom Stations demand for mobile/stand alone power supply
|
|
|
|
|
|
|
|
|
