510 Watt MAPPS
Powering RTU/SCADA equipment at a
remote gas wellhead in Texas

Pre-Wired MAPPS System
MAPPS powder coated white
aluminum outdoor enclosure with
prewired control panel and 216
Amp-hr sealed gel battery bank

MAPPS outdoor pad
mountable battery enclosure
with prewired control panel and
432 Amp-hr sealed battery bank.
Used in wireless security camera,
RFID wireless sensors &
MET tower obstruction lighting.

• High Efficiency Photovoltaic Modules
• Solid State UL Listed Control Systems
• Sealed Maintenance-Free Batteries
• Weatherproof, Aluminum Battery Enclosures
• Extra Room for your Equipment
• Highest Quality Hardware Accessories
• Comprehensive Installation Manual, Schematics

Versatile Power Producing Capabilities

• Wireless Data
• Security Cameras
• SCADA RTU's
• Cellular and Two-Way Radio
• Wi-Fi & Wi-Max
• Microwave Relay
• Railroad Signaling
• Remote Home
• Rural Development
• Rural Habitation
• Street/Area/Sign Lighting
• Tower Obstruction LED Beacons
• Vaccine Refrigeration

Outdoor MAPPS battery and control enclosure
prewired for a wi-fi wireless transmitter application

Single battery fiberglass enclosure with
prewired Sunsaver controller
Used in 10-80 Watt solar systems for remote telemetry,
wireless data, RTU and wi-fi applications

Field Proven Experience

SES MAPPS™ systems are reliably powering thousands of critical loads around the globe. Using proprietary computer modeling /design programs and an experienced SES technical staff, MAPPS™ are designed to ensure year-round power availability.

The MAPPS™ System Advantages • Reliable • Cost-Effective • Low Maintenance • Easy Installation • Versatile Modular Design • Self-Contained • Low Voltage • No Generator • No Trenching • Simplified Permit Procedures • UL Listed components • Inspector Friendly • Pole Mount • Trailer Mount • Skid Mount • Container Based Time Tested Reliability MAPPS™ systems represent the highest standard of reliability. All components have passed rigorous testing and are suitable for use in the harshest of environments. Every MAPPS™ system component is tested individually, assuring trouble-free operation right from the start. What the SES MAPPS™ Quality Means for You • MAPPS™ system design and components meet or exceed the highest safety standards. • All components used in MAPPS™ systems meet UL requirements. • UL is the most widely recognized safety standard by electrical inspectors. • SES MAPPS™ production facilities and procedures meet or exceed strict quality assurance guidelines. MAPPS™ Features Photovoltaic Modules • High Efficiency Crystalline Silicon • Meet JPL Block V Durability Criteria • Tempered Glass and Aluminum Frame • Module Warranty up to 25 Years Gel Cell Sealed Batteries • Sealed Maintenance-Free • Excellent Deep-Cycling Performance • Immobilized Electrolyte, Non-Spillable • Transports Easily and Safely Charge/Load System Controller • Field Proven High Efficiency Design • Temperature Compensated Charging • Low Voltage Load Disconnect • Most Models UL Listed and FM Approved Balance of System Components • Weatherproof Battery/Controller Enclosure • Heavy Duty Aluminum Mounting Structures • Color-Coded, Pre-Cut Wiring Harness • Easy-to-Follow Installation Manual and System Schematics Click here to see MAPPS pole mounting designs Zomeworks Cool Cell Watt Box available optionally - click here Unparalleled Solar Experience Our staff has over 40 years experience designing reliable solutions to remote power needs. We know and understand battery systems, and our expertise with renewable energy is some of the best in North America. With tens of thousands of systems working in the field, from Arctic to desert environments, we are your energy solution partner.

170 Watt MAPPS powering remote monitoring equipment and wind sock light in Washington State Class I Div II solar system with sealed fuses and/or breakers also available click here 170 Watt MAPPS system powering a traffic signal for fire department emergencies in California

1. Calculate your Power Requirements
Determine the Watt-hours per day for all of the equipment you want to power. Consider both continuous and intermittent loads in a 24-hour period. Average over a week if loads change daily. Test the actual power draw of the equipment if you can. For example:  1.2 Amps X 12 Volts = 14.4 Watts X 24 hr/day = 346 Watt-hr/Day

2. Determine your Solar Insolation Zone
Locate your site on the map below. The map represents average solar energy available in the winter. Available energy increases incrementally from zones 1 through 5.

3. Use the Performance Table to Choose your System
The tables below represent the Watt-hours per day performance of each MAPPS system in the different solar zones. Choose your system voltage, then look down your solar zone column for the value that meets or exceeds your design load Watt-hours. Follow the row to the left for the corresponding prepackaged MAPPS system that will fully power your load requirements.

100 Watt MAPPS
System powering
RTU/SCADA for
oil and gas tank
level monitoring in
Northern Michigan

100 Watt MAPPS system
in Indonesia powering a remote
GPS seismic monitoring device

80 Watt MAPPS system
GPS application on a mountain top in
Alaska for seismic monitoring using a 216A
12V battery bank.

100 Watt MAPPS system
Installed in the Mojave Desert

Deep Cycle Sealed Batteries
Only the highest quality sealed batteries
are used in our MAPPS systems