The PV Power Station consists of a Shell (SIEMENS) PV array that generates DC electricity from sunlight, a battery bank to store collected energy and an inverter to convert stored energy to utility-grade AC power. Station operation is monitored and managed by the system microprocessor to provide fully automatic, continuous power. On board computer regulates the battery charging, converts power and provides system protection. These functions are completely automatic and require no user intervention.
To eliminate the need for expensive installations of multiple products and suppliers, the Power Station is prepackaged, factory tested and easily installed on-site. Power Stations are mounted on weatherproof steel structures engineered to withstand high wind loads and wired to U. S. National Electrical Code standards.

PV Power Stations

• Construction Sites
• Oil and Gas Fields
• Remote Residential and Industrial Applications
• Emergency Power
• Telecommunications
• Irrigation and Water Pumping
• Village Electrification

• Photovoltaic ("PV") Panels - Only Shell (SIEMENS) Solar high-efficiency, single crystal silicon PV modules with dual bypass diode protection are used.
• Adjustable Array Structure - PV array tilt is easily adjustable from 30 - 60 degrees to maximize solar energy collection.
• Control Center - The control enclosure is a NEMA 4 powder-coated steel box housing the power distribution components, disconnects, system monitor and appropriate wire terminals. Enclosure is provided with rainproof vents and a ground fault protected electrical outlet. Optional remote monitoring equipment is available.
• Inverter/Battery Charger - Trace microprocessor-controlled, high-efficiency sine wave inverter with three-stage, temperature-compensated battery charger.
• DC Controller - Solid state, low frequency, pulse-width modulated solar charge control with battery temperature compensation and automatic night time disconnect.
• AC Distribution Panel - User circuit breaker panel confirms to U. S. National Electric Code, provides surge protection and flexibility for multiple AC load requirements.
• DC Combiner Box - Provides PV circuit disconnects and lightning/surge protection for electronic equipment.
• Ventilation Fan - Designed for active ventilation of hybrid battery enclosure to prevent accumulation of hydrogen gas.
• Batteries - Available in three battery types: economy flooded lead-acid, industrial flooded lead-acid and sealed lead-acid. Flooded lead-acid battery comes with recombiner caps to minimize water loss. Sealed batteries are available for maintenance-free performance. The control system maintains the batteries between 20% and 100% state of charge.
• Battery Enclosure - Insulated, vented thermoplastic unit with lockable lid and drain plug is designed to minimize battery temperature extremes, eliminate battery bank hot spots, prevent freezing and extend useful battery life. Industrial battery cells are secured within a grid and surrounded by a water jacket.
• Structure - Industrial grade, heavy-gauge steel coated with a durable polyurethane or optional galvanized finish. Available in four configurations: ground mount, road trailer, off-road trailer and breakdown kit.

  
  E-Mail:
  Thermo Technologies

  Solar Electric Solutions | Electronic Products | Solar Thermal Resources

  9009 Mendenhall Court
  Suite E
  Columbia, Maryland 21045
  Voice: (410) 997-0778        Fax: (410) 997-0779