DBK CORPORATION

"The Energy Family - Low Cost Electricity"

DBK SOLAR DIVISION   

Info@dbksolar.com 

1-(619) 692-2145

The sun is the most abundant source of all  energy available on earth. The sun generates an amount of energy so vast as to be
almost inconceivable, and the energy that reaches the Earth's surface is substantial. Efficiently collecting this energy and converting it to usable electric power is DBK Solar's principle business. Photovoltaic devices collect solar energy and convert it directly, without moving parts or by-product of any kind, into electricity. Technologically, photovoltaic power systems are capable of providing power for any purpose, large or small, remote or urban.
 As prices have dropped, the market for photovoltaic (PV) systems has increased dramatically. PV power systems now compete in markets which were previously the unchallenged domains of established power sources. In addition, characteristics such as reliability, longevity, simplicity, low maintenance, silence, and freedom from pollution make photovoltaics compatible with many different applications. A stand alone system is a non-hybrid PV power system that is independent of the utility grid or any other powersource. The systems operate reliably and are the best option for many remote
applications around the world.

Solar Electric Basics

Antireflection Coating
Transparent Adhesive
Cover Glass
Sunlight
Front Contact
n-Type Semiconductor
p-Type Semiconductor Back Contact
Electron
Current
Electron
+ Hole
 

Developing and following a complete operation and maintenance plan
· Consistent sizing calculations
· Knowledge of hardware availability and performance
· Use of good engineering practices when installing the system
· Cost - For many applications, the advantages of PV systems offset their relatively high initial cost
· Efficiency - All components between the PV array and the load must be highly efficient, and each component’s characteristics must be considered when sizing the system
· Modularity - A PV system can be designed for easy expansion
· Reliability - With no moving parts, a PV array is a uniquely reliable energy source, and the system designer must select system components which do not compromise that reliability
· Maintenance - Since most PV systems operate at remote, unattended sites, they must be designed for minimum maintenance, typically at six-month or one year intervals
· Power Quality - The quality of the delivered power -frequency, ripple, voltage regulation, harmonic distortion - must be within the load's tolerance
· Environment - PV systems create no pollution and generate no waste products