Wind Farm Aviation and Radar Objections
Pager Power are pleased to announce that we will be hosting the above mentioned event on Thursday 3rd May 2012 at the British High Commissioners Residence, Pretoria. This networking seminar will focus on the coexistence of Windfarms and Radars within South Africa and the problems that arise from them. Key speakers…
New Radar Installed at London Oxford Airport
London Oxford airport have now installed the latest generation of radar (pictured below). A recent press release from the London Oxford Airport said that the primary and secondary (Mode-S, MSSR) surveillance radar system, supplied by Thales with project management by NATS, is currently undergoing testing and will hopefully be fully…
Wind Turbines and Radar Interference in Canada
Recently in the news we spotted an article regarding a proposed Wind Farm in Canada being met with objections from the Royal Canadian Air Force. The North Mountain project will potentially comprise of 20-30 large wind turbines. Recently, the Royal Canadian Air Force has objected to this proposed development stating…
Air Defence Radar and Wind Turbines
Air Defence Radar were developed to identify aircraft amongst all other reflecting objects. To do this the radar first emits radar pulses at a known frequency, then detects whether they are returned at the same frequency. If they aren’t, the aircraft returning the signal is moving towards or away from…
Wind Farm Aviation Objections in Belgium and the Netherlands
According to recent press releases a court appeal by AOPA Netherlands regarding the development of a wind farm in the vicinity of Teuge International Airport (ICAO: EHTE) reversed the previous project consent a similar situation is arising regarding a wind farm in the vicinity of Namur Temploux airport in Belgium. Pager…
Identify aviation radar objections within 1 hour
Radar Detectability is based on the power of the radar signal that is returned from the wind turbine and takes more parameters into account than terrain, earth curvature and atmospheric refraction when compared to radar line of sight. Pager Power offers such assessments within 1 hour from order via our…
Wind Turbine Primary Surveillance Radar Detectability Analysis
Radar Detectability is based on the power of the radar signal that is returned from the wind turbine and takes more parameters into account than terrain, earth curvature and atmospheric refraction when compared to radar line of sight. We offer our Radar Detectability Assessment which can be run online and…
Thruput Radar Mitigation
Pager Power CEO Mike Watson met with Thruput in South West England to discuss their radar wind farm mitigation technology. This is a hardware based mitigation solution fitted to the radar screen. The solution appears particularly suitable for mitigating the effects of smaller wind farms on analogue radar systems and…
How can we help you today?
THE SECTORS WE SERVE
LATEST TWEETS
This article will explore the current opportunities for solar panels on new builds in the UK: https://www.pagerpower.com/news/shining-a-new-light-the-regulations-for-installing-solar-panels-on-new-buildings-in-the-uk-today/
#solar #solarpanels #solarpanelinstallation #newbuildings
Radar constraints are an old and persistent nemesis for onshore wind developers. This article presents an overview of the most commonly encountered hurdles for onshore developers in this regard as they pertain to civil radar interests. Learn more:
In this article, we take a look at our Broadband Connectivity Assessments, when they are required and what they involve. Learn more: https://www.pagerpower.com/news/broadband-connectivity-assessments-to-maximise-planning-success/
#broadband #broadbandconnectivity #broadbandassessment #buildingdevelopment #FTTP