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Residential solar electric power systems offer an excellent
alternative for people who are looking for back-up power or stand alone
power systems. Solar electric systems are ideal for those who choose to
live beyond the reach of conventional electric power. Solar electric power
is clean, affordable and requires very little maintenance. More than
50,000 families in the U.S. have chosen solar power for their electric
systems. Throughout the world, many thousands of people depend on solar
electricity as their primary source of power.
Authorized Distributor
If you choose to live more than a third of a mile from power,
photovoltaics can be a cost effective alternative for you. when you factor
in the cost of line extensions and monthly electric bills, solar
electricity is often the preferred alternative. Other options are wind,
hydro, or gas generators or some combination of the above.
Over the past 20 year, residential solar electric systems have been
installed in every climate. As the solar industry has grown modules have
become more efficient and affordable, and the accessory equipment even
more reliable. Kyocera solar electric modules have a 25 year warranty and
have no moving parts and need little or no maintenance.
Choosing a solar electric company can be challenging. Let us help take
the worry out of that decision. Kyocera Solar Global Distribution services
a domestic and international network of hundreds of experienced Authorized
Distributors and Dealers. These dealers will provide you with their
expertise throughout the design and installation process.
Residential Power Systems - Stand
Alone
These pre-engineered packaged systems provide 120VAC electricity - beyond
the power lines. Stand alone solar electric power systems install easily
for all types of remote residences, vacation cabins, ranches or large
homes. Two standard systems offered are complete with all necessary
electrical and mechanical components and instructions. Both systems are
easily expandable to double the power production without changing
electronic controls. All standard manufacturer's product warranties apply.
Usable AC power production is based on 6.0 peak average daily sun hours,
including losses for battery charging and inverter efficiency.
System SA-240 - 1.0 kW
hr/day - 120VAC
660 lbs. / (300 kg)
List Price: P/N 98001
12VDC solar charging system for small home or vacation cabin. Features a
240 watt solar electric array, a 1500 watt - 120VAC, 60Hz modified-sinewave
Inverter with automatic battery charger.
- Solar Array: 240 peak rated watts, UL listed modules
- Support Structure: Adjustable tilt, roof or ground mount
- Charge Controller: 12V-35 amp, PWM, digital meter, LVD
- Inverter: 12VDC-1500 watt, 70 amp charger with 30 amp AC transfer
relay
- Batteries: Total: 800AH deep cycle 6V cells, 5 day reserve
- Battery Box: Outdoor-lockable high density polyethlene
- Disconnect Switches: AC and DC UL listed-fused
- Wiring: Cables and interconnects from solar array to inverter with
ground
- Inverter Cables & Fuse: #2/0 awg x 10 ft., 200 amp class 'T' fuse
- All Warranties and Instructions
System SA-960 - 4.0 kW hr/day - 120VAC
2115 lbs. / (961 kg)
List Price: P/N 98002
Most typical - 24VDC solar charging system will power most of all
household appliances, and sensitive AC loads (air conditioning not
recommended). Features a 960 watt Solar Electric Array, a 24V Inverter -
4000 watts @ 120VAC pure-sine wave with automatic battery charger, and
digital display programming.
- Solar Array: 960 peak rated watts, UL listed modules
- Support Structure: (2) steel-adjustable tilt, roof or ground mount
- Array Combiner: Lightning arrestor, combining diodes, fused switches
- Wiring: Cables and interconnects from solar array to inverter with
ground
- Batteries: 16 Total: 1600AH deep cycle 6V cells, 5 day reserve
- Battery Box: OUtdoor-lockable "E-Z" lift fiberglass enclosure
- Inverter: "Power-Panel" pre-assembled package with, 24VDC - 4000
watt inverter with 120 amp charger with 60 AC relay
- Charge Controller: 24V-40 amp, PWM, digital meter, LVD
- Inverter Cables: #4/0 awg x 10 ft.; 60 amp AC by-pass breaker in
box; Inverter conduit box
- All Warranties and Instructions
IQUPS If you are a systems integrator, installer, engineering procurement contractor or an electrical contractor
We will work with you to design a Solar - Fuel Cell and or Wind power system for your project some applications Business - On-Grid Commercial Buildings and Off-Grid Industrial Remote electricity anytime anywhere!.
Businesses - Government Agencies and homeowners around the world are using OkSolar systems Integrated systems Solar, fuel Cells and wind energy.
Applications:
Commercial - Industrial - Disaster Relief - Military and Residential AirportIQ UPS Airfield Power Backup Electrical
Communication infrastructure(Local and Federal Government)
Base Stations for Mobil Networks that can run on Solar, Wind and Fuel Cells.IQ UPS Base stations cut diesel usage by 75 percent. IQUPS.com has designed a base station for mobile networks that would run on sun, wind power and fuel cells. Gas Stations (Powering gasoline pumps during a power failure).
Hospital EMS: IQ UPS Hospital Power Backup Electrical ( Emergency Power Back-up for Hospitals ).
Rail Roads: Railroad crossing signals backup.
Traffic intersections: backup power for critical LED traffic light intersections.
Solar Trees Arrays We Delivered On-Site For Fast Plug and Pay Installation Solar Tree structure are designed for the following applications: Shading vehicles from the sun and at the same time generate Green energy. Facilitate the creation of infrastructure for electric vehicles.
Traffic Application:
-Keeping Traffic Moving When The Power Goes Out Item#1608450 Portable Solar Powered 120 volts 60Hz. or 230 Volts 50 Hz, Portable Solar Powered 220 Volts 50 Hz, Portable Solar Powered 230V 50Hz, Portable Solar Powered 220Volts 50Hz pedestrian signals, A 120 or 240 V, 100 amp, single-phase IQUPS.com transfer panel is used to activate the generator at the loss of power. According to IQUPS, the generator assumes the full load in seven seconds. When utility power is restored, the generator shuts off and signal operation is automatically returned to the normal power source. "The IQUPS1800 will completely run the intersection stoplights," said general manager for the DOT. "Other backup systems will put the lights to flashing red. When the generator kicks in on the IQUPS1800, the lights will fully function for 25 to 40 hours, depending on the load at the intersection. When power is restored, the system returns to utility power and the traffic signals do not need to be reset." Battery Backups Prevent Accidents at Critical Traffic Signals Additional Applications Being Taken for More Intersections Keeping Traffic Moving When The Power Goes Out Portable Solar Power 120 Volts 60 Hz or 230 Volts 50Hz, Traffic Portable Solar Power 120 Volts 60 Hz Thanks to new IQTraffiControl.com energy-efficiency technology, different Cities, towns and counties will keep their traffic signals safely operating even if the electricity goes out, and other local governments. Intersections have been converted to new LED signal lights utilizing more efficient, LED (light emitting diode) lamps. The new lamps cut the amount of electricity used by each light from as much as 150 watts to between 10 to 25 watts. Because LEDs use so much less electricity, it is now technically possible to provide battery backup power to alike. We also Have Fuel Cells Traffic Backups.
IQ UPS Traffic Back-up Standby Power Generation.
- Battery backup systems for LED traffic Signs -
IQUPS Battery Backups Prevent Accidents at Critical Traffic Signals Increase the public safety and reduced traffic congestion by allowing traffic lights to function even during a power failure. A typical traffic signal intersection experiences eight to ten local power outages annually. With battery backup 3 power, some or all the traffic control signals can continue to operate. This seamless switchover to battery power increases public safety and eliminates the need to dispatch police or other service personnel to direct traffic. If all traffic signals were converted to LEDs, the battery backup system would allow full operation of the traffic signals during a power outage, thus alleviating traffic congestion.
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