Aspire

OUTPUT

1-70 Watts

Up to 18,700 Lumens

PANEL

225W – 675W mono-crystalline panels

BATTERY

1474 Wh

MOUNTING HEIGHT

4-8 Metres

WARRANTY

5 Years

OUTPUT

1-70 Watts

Up to 18,700 Lumens

PANEL

225W – 675W mono-crystalline panels

BATTERY

1474 Wh

MOUNTING HEIGHT

4-8 Metres

WARRANTY

5 Years

Overview

The ASPIRE offers an environmentally friendly, off-grid connected solar option where traditional lighting is impractical or cost prohibitive. Aspire is the highest quality, most technologically advanced solar light on the market today. 

Specification

Product Specification

Electrical Class

Standalone Solar Product

 

 

IP Rating

IP68

Mounting Height

4-8 Metre

Applications

Residential roads

Town centres

Historic Sites

Campuses

Parks and open spaces,

Footpaths

Certification

ISO 9001:2015

Warranty

5 Years

Lighting

Lumen Range

Up to 18,700 Lumens

 

L90 Lifetime Estimate

>10,000 Hours

 

Output Power

1-70 Watt

LED Quantity

32 x USA made CREE XP-G

Colour Temperature

4,000K Standard

 

Solar Panel

Panel Size

225-675 Watt

Panel Type

Mono-Crystalline

Panel Efficiency

24%

Battery

Capacity

1,474 Watt Hour

Battery Technology

Lithium Phosphate

Autonomy

5 Nights (60 Hours @ 30W)

Solar Charge Controller

PIR

PIR with repeat trigger feature 

Detection Range

360º detection range from 6m / 20FT on 6m pole / 20FT on 20FT pole

Controls

SAM Solar Asset Monitoring System

Downloads

Format: Adobe Acrobat PDF file, (1.8 MB)

Knowledge

Solar CPD Training

This online CPD course is designed for lighting engineers, contractors, designers and architects. You will leave the course with a firm grasp on the different components of a solar street light, how they work and how best to make use of solar technology.

Solar Install Savings Calculator

This tool can be used to compare installation costs of  wired and solar lighting schemes and to calculate the installation cost savings available by using solar technology.

Solar Yearly Savings Calculator

This tool makes the business case for solar lighting by estimating the yearly and lifetime cost and emissions savings permitted by choosing solar lighting units instead of mains wired units.