P1

Application• Since SP-030 has

illumination capabilities, its applications are more varied

• It is more suited for installation at wharfs, on top of concrete bollards, and anywhere where lighting is necessary, but wiring is an issue.

P2

P3

Operation • METEOR Bollards will operate at

least 12 hours per day and require at least 6 hours of direct sunlight recharge.

• Under extreme weather conditions, METEOR Bollards can operate for up to 3-4 days without recharging.

• With an average 5-6 year lifespan (up to 10 years in the lab), the Li-Fe battery can be replaced easily during maintenance.

For SP-010, 4 hour charging can last for 12 hour illumination., and fully charged Last 6 rainy days

P5

Installation • Installing wired lights

often cost the same, if not more, than the lights themselves.

• Meteor solves this time consuming and costly installation process with it s no-wiring design.

P6

Ultracapacitor & Battery

Hybrid Battery

For our new bollards, we incorporate Li-Fe batteries which are not only more efficient but with higher capacity

SANYO eneloop batteries

SANYO eneloop batteries are the first to combine the environmental and cost saving benefits of rechargeable batteries

Ultracapacitor

Ultracapacitors were previously featured in our paver and ground lights due to their long lifespan.

Battery Solution

P7

Power Management • With precise power management capabilities, Meteor

will equip future bollard designs with microcontrollers (MCU) to serve performance-critical roles.

• MCUs are also ideal for

– Increasing efficiency of solar power – Increasing LED illumination efficiency

– Extending battery life

LED Light Distribution ControlLED Light Distribution Control

LED Chip

Meteor customized lens

LED base

Meteor controls LED beam spread using the following methods:

1. LED base- reflective angle control

2. Customized lens design

LED base reflective angle

Before and After

First version Final version

P

Lumen : 9 lmLuminance: 12 lux (average)

Lumen : 16.5 lmLuminance: 21 lux (average)

P11

Finish • Fluoropolymer coating is

widely used in building exteriors, steel structures, aluminum surfaces, petrochemicals pipelines and vessels.  

• Excellent long lasting performance, 10-20 years.  

• Available in Dark Bronze, Black and Platinum Silver

P

Comparison of Batteries Comparison of Batteries

  Lead-Acid Ni-Cd Ni-MH Li-Co LiFeP04 eneloop

batteries

Energy Density(Wh/Kg) 30 57 80 167 112 95

Cycle life 400 500 500 >500 >2000 >1500

Working Life(Yr) 1 2 2 2 5.5 4

Energy Efficiency (%) 60 75 70 90 95 80

Self-discharging (%) 20 30 35 10 8 10

Safety Average Good Good Worst Good Good

High Temperature Limitation

140 F 167 F 167 F 149 F 167F 167F

Green Product No No Yes Yes Yes Yes

P13

Applications Meteor's solar solution enables bollard lights to be installed and used in off grid areas where marking walkways is important but impractical or inconvenient using normal installation methods.

Campuses

Driveways

Walkways

Streetscapes

Gardens

Landscaping

Plazas

Entrances

Malls

Sidewalks

Courtyards

Building facades

P14

New Products Solar Illuminating Bollard Series - Designed for effective lighting of pathways, driveways, etc.

Features: - High-power LEDs provide a wide asymmetric distribution - No light above ninety degrees horizontal - Bollard housing and shaft are single- piece aluminum finished in fluoropolymer coating

P15

Meteor' s Design Roadmap

Solar Paver/Ground Light Solar LED Bollard /Post Light Solar Site / Area Light

P19Japan

P20Japan

SH-110 & SH-140Solar Paver Lights

“without” Solar Panels

June 2011June 2011

P29

Rimmer Consulting Group21438 N 38th PlacePhoenix, AZ 85050Phone/Fax 480-629-8894www.rimmerlighting.com

Thank you for your attention.