Photon to build solar plus storage unit for NSW broadcast tower

German-based solar group Photon Energy is to install a large scale solar plus battery storage hybrid power system at a telecommunications tower in New South Wales that it says could be the fore-runner of thousands of such installations across the country.

The system, to be installed at a broadcast tower operated by BAI near Muswellbrook, will provide 24/7 power through a 39kW solar array and a 215kWh battery storage installation. An 8kW diesel generator will provide standby in emergencies.

Photon Energy says once successfully tested the concept could be implemented on thousands of sites across Australia.

Michael Gartner, the head of Photon Energy‘s Australian operations, said the project was a great step forward“ for solar power to provide clean and economically viable power supply for remote sites.

“The potential for solar PV in the replacement of conventional energy sources is substantial and will bring cost benefits and emissions savings for Australia in the coming years and decades.“

“… We can show how to incorporate solar PV into any given energy system and prove that using abundant sunlight for your own power consumption is the way forward.”

Funding for the project will come from the German Energy Agency known as Dena (Deutsche Energie-Agentur) and the German Federal Ministry for Economic Affairs and Energy (BMWi) as part of the country’s “Made in Germany” program.

towerCommunication towers are considered vital for entertainment, communications and in emergency situations, and must operate 24/7.

BAI, which operates one of the most extensive broadcast trasnmission networks in the world, said such technology would enable its customers to lower carbon footprints, provide cost certaintym and improved reliability.

“As a service provider that relies heavily on external market forces, it’s exciting to think that soon we’ll be able to generate much of our own power,“ BAI chief executive Jim Hassell said.

“We’re looking forward to assessing the outcomes of this project for a potential future network-wide implementation.“

The array will feature 96 solar panels, 24 BAE batteries (supplied by R+J batteries), 3 SMA inverters and a monitoring system – mostly Made in Germany.

Photon Energy says the solar PV panels were installed at a slightly higher slope than usual to maximise solar irradiation in the winter months, and the container housing the storage array is equipped with cooling unit featuring smart technology.

Dena is Germany’s centre of expertise for energy efficiency, renewable energy sources and intelligent energy systems. Its aim is to ensure that energy is used in both a national and international context as efficiently, safely and economically as possible with the least possible impact on climate.

 

 

Comments

6 responses to “Photon to build solar plus storage unit for NSW broadcast tower”

  1. John Silvester Avatar
    John Silvester

    Telstra has been using PV with batteries for decades to power remote microwave transmission towers, tho probably not as large as the one proposed in the article. So if these PV plus battery systems were economically viable when PV was over $10 a watt it should come as no surprise that with PV plus battery systems being so much cheaper to install now, many more of these systems will be built.

    1. Pied Avatar
      Pied

      I remember doing a job 20 years ago with a 100kw array, 80kw inverter and 408kwh battery bank. This is news? Just a puff piece I reckon with some promo for the Germans, nothing me in this at all

      1. John Silvester Avatar
        John Silvester

        Telstra was building so many of these systems in the 90’s we had two PV manufacturers setup in Australia to supply Telstra’s demand.

  2. barso Avatar
    barso

    Likusasa (and other companies) have been installing these types of systems for telco towers across Africa for a while now.. I’d be surprised if this was the first of its type in australia.

  3. Peter Thomson Avatar
    Peter Thomson

    Good to see they are using the optimal winter angle for the PV array – maximising energy capture when solar input is lowest is much better for stand-alone installations than maximising overall annual capture.

  4. Liz Avatar
    Liz

    Good to see the German government supporting innovative national industries. I wonder if our government will ever do that again?

    Government money is needed because, on the private side, with 60% of bank loans invested in inflating our house prices, there just isn’t enough investment money for innovation.

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