Poll

Are you considering working with an UAV for surveying?


Spacer
News
News > Free Electricity Potential

Free Electricity Potential

  14/07/2011
Bluesky Solar Maps are helping businesses in the South of England benefit from free or low cost electricity. Working with Tidebank Energy, Bluesky has identified commercial properties across Hampshire, Dorset and West Sussex that have suitable roofs for arrays of solar panels. Qualifying businesses can enjoy free solar electricity in exchange for renting their roof space to Tidebank Energy who install, manage and maintain the solar array with no cost to the property owner.

  Free Electricity Potential

Following agreement with the property owner Tidebank install a photovoltaic (a method of generating electrical power by converting solar radiation) system, which they pay for and retain ownership of. The property owner can then use as much of the generated electricity as they wish with the remainder being fed back to the National Grid generating income for Tidebank under the Government's Clean Energy Cash Back scheme.


"Bluesky's Solar Maps offered us a quick yet highly effective method of identifying commercial properties that would be suitable for solar panels. The alternatives - walking the streets or trawling through online mapping portals such as Google Earth - simply weren't viable," commented Kevin Jones, Partner of Tidebank Energy LLP. "The maps were easy to use and have helped us locate a huge number of previously unknown properties with real potential. The Bluesky maps also help us pre qualify our approach to prospective clients."

 

Bluesky has developed a method of generating solar potential maps using photogrammetric techniques to accurately measure and record factors that may contribute to the suitability for solar power. Bluesky calculates the energy potential using high resolution aerial photography combined with 3D data to determine the size, aspect and gradient of individual properties. The suitability of each roof element is then considered taking into account roof shape and other impediments such as sky lights or dormer windows, as well as potential obstructions such as neighbouring properties or trees. Bluesky can also provide measurements for other environmental energy projects such as wind turbines, micro hydro and heat pumps.

 





Read more about:  mapping  3D  photogrammetric 
Supplier: Bluesky International

More news from this supplier:
London 3D Tree Map Helps Assess Green Infrastructure
Solar Mapping Of Harlow’s Properties
Aerial Evidence in ‘Village Green’ Dispute
Online Lidar Map of Britain
Urban Regeneration in North-east England Using 3D Model
EUR2.4 Million for Green Energy Research
3D Computer Models Aid Railway-station Redesigns
Map of Birmingham's City Life
Warrington 3D Model Helps Change
3D Models for Kent County


Dave Lovell Named as GSDI Association's President-elect
Blind Study Identifies Most Accurate Demographic Data
Land Professionals Need to Adopt Change Quickly
SSJ-100 Airplane Crash Site Imagery
ESTEIO and SIMEPAR Cooperate on UAV Monitoring and Mapping
ENR Top Firms Choose ProjectWise
Mobile GIS for Aboriginal Tourism Guide System
SIRIUS Only Civil UAS Flying at UVEX
First African Open Source Geospatial Laboratory
Bentley Acquires InspectTech


     


Comments (0):
There are no comments yet.
Make your comment:
Name:
Your comment:
Type over the 2 words (or number) from the picture
 
Most Popular articles Most Popular News Most Popular Jobs
Spacer


Spacer
Spacer
Spacer
Spacer
 

Interactive


Using Total Stations for Indoor Radiation Mapping

 

A total station can be used for many applications. Oak Ridge Associated Universities (USA) uses a total station for indoor radiation characterisation, which enables the team to better perform environmental assessments. This video shows how it is done.

 

 Last 5 items:
 Using Total Stations for Indoor Radiation Mapping
 3D Scanning of Historic Sugar Factories
 Road Improvement Survey with UAV
 3D BIM + money = 5D
 Setting up a survey in a swamp
 
Spacer
Spacer
Spacer
Spacer
Spacer