WHY GREEN ENERGY?
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Powering Tomorrow. Sustainably Today.
Why Green Energy?
In an era defined by the imperative to address climate change and foster sustainable development, the importance of green energy emerges as a linchpin in shaping a resilient and environmentally conscious future. Beyond its pivotal role in curbing greenhouse gas emissions and mitigating the impacts of global warming, green energy stands as an economic catalyst, driving job creation and technological
innovation. This transformative energy paradigm not
only enhances energy security by diversifying sources but also aligns with principles of social responsibility, promoting community empowerment and improving public health. As we navigate towards a cleaner, more sustainable energy landscape, embracing green energy is not merely a choice but a strategic investment in a world where environmental stewardship, economic prosperity, and societal well-being converge seamlessly.
GREEN ENERGY AUSTRALIA
Abundent opportunities await for green energy in Australia
Australia is one of the highest cost energy producers in the world
The levelised cost of energy in Australia ranges anywhere between 20-35c/kWh to 60-70c/kWh
Companies are getting pressure to invest in clean energy
Stakeholders are increasingly demanding a shift from carbon intensive to clean energy
Australia's unique geography offers a great platform for customised energy
As a direct result of the spread of the electricity network
Australia's unique climate offers a great platform for customised energy solutions
Due to the rapid fluctationm in temperature and weather conditions
Australia's aging grid facilities in Australia require significant ionfrastructure upgrades.
Which can be deferred with BESS systems
Large shift from centralised to decentralised power assets
A need to reduce reliance on grid supplied electricity
There is a lack of C&I BESS in the Australian landscape
This is a newly formed market in Australia
Heading
Why is there aN OPPORTUNITY NOW?
A large portion of the high costs of power have been attributed to the ageing grid infrastructure and thegrandfathering and retirement of older, centralised power stations. This, in combination with the significantuptake of residential solar systems are wreaking havoc on the NEM (national electricity market). Prices arehighly volatile, and network operators are struggling to keep up with the decentralisation of electricitynetworks, which is leading to higher network access costs. Additionally, the network is ageing and was notintended to support sporadic dispatch of power on the LV (low voltage) sections of the grid.