Articles Tagged with: Solar Power

Australia wants to become a renewable energy superpower. It also continues to spend heavily supporting coal, gas and the infrastructure that supports it.

Australia’s electricity network is entering a period of significant change, with the latest long-term planning showing that the transition to cleaner energy will rely far more on local generation and storage than previously expected. Rather than expanding the grid with thousands of kilometres of additional transmission infrastructure, increasing numbers of household and utility-scale batteries are reshaping how electricity is produced, stored and shared.

Rising power bills have become a major headache for households across New South Wales. While solar panels, batteries and other energy-saving upgrades can significantly reduce ongoing electricity costs, the upfront investment has often put them out of reach for many families. The NSW Government’s new Home Energy Saver program is designed to tackle that problem by helping eligible households spread costs over time or reduce them altogether.

Well here we are. It’s 2026 and every man and his dog seems to be installing solar panels and batteries. Ten years ago, most people would have laughed at the idea that suburban Australians would be turning their homes into miniature power stations, yet that’s exactly what’s happened.

Around the world, renewable energy is often talked about as an environmental necessity. Yet for many nations, the real motivation is far more practical: economic stability and national security. Türkiye provides a striking example of how a country can reshape its energy system not just to cut emissions, but to strengthen its finances and reduce reliance on volatile global fuel markets.

If you’ve been watching the news lately, you’ve probably seen the federal government doing a bit of a victory lap. The headline is simple and sounds like gold: three hours of "free" power every day in the middle of the day.

By 2025, the conversation around household energy in Australia has shifted from whether to go solar, to how well everything works together. Solar panels, air conditioning, batteries, insulation and smarter usage habits are no longer separate decisions. They’re parts of the same system, and when they’re aligned, the financial and comfort benefits are hard to ignore.

If you’ve been staring at your power bills wondering whether slapping some panels on the roof will save your bacon, you’re not alone. Here’s a bit of the basic stuff on how a solar power system works.

Australia leads the world in rooftop solar, with about four million homes already generating their own electricity. Yet millions more remain without panels because of one stubborn obstacle — cost. For many households, the upfront price of installation is still too high, and that’s slowing progress towards the nation’s renewable-energy goals.

Households across Australia are diving into solar and battery systems like never before, fuelled by hefty government subsidies and a real chance to slash power bills. But with that boom comes a warning from the ACCC: watch out for dodgy deals.

Thinking of giving your home an energy upgrade? You’re not alone. More and more Aussies are ditching gas and switching to all-electric homes – a move that’s not just good for your wallet, but also a win for the planet.

Australia's potential in leading a renewable energy future is significant, particularly when considering the possibilities presented by solar and wind power. With an expansive land mass and abundant natural resources, the nation is well-poised to harness these energies efficiently, with minimal disruption to its agricultural base.

In the sun-drenched landscapes of Australia, the conversation around renewable energy is heating up, with solar power at the forefront of this green revolution. The shift towards harnessing the sun's energy is not just a trend; it's a movement propelled by Australians' increasing desire to reduce their carbon footprint and take control of their energy consumption in response to soaring electricity costs.

In 2023, Australia’s rooftop solar market nearly surpassed its record-setting year in 2021, installing approximately 3.17GW of small-scale solar, a 14% increase from 2022. This continued growth underscores the country's commitment to renewable energy and its world-leading pace in solar panel installations. December 2023 saw a record high system size of 10.5kW per system, indicating a trend towards larger installations.

As the sun rises on a new era of solar technology, Australian homeowners who were among the first to embrace solar energy find themselves at a crossroads. The once pioneering systems, now aging and overshadowed by technological advancements, beckon for an upgrade.

Solar power has emerged as a transformative force, drastically altering our approach to residential energy consumption. Notably, the affordability of solar power has reached unprecedented levels, inviting Australian homeowners to consider it as a primary energy source. This article delves into the feasibility of relying solely on solar power for residential needs, alongside strategies for optimising solar energy usage.

On June 12 this year, the UK’s last remaining coal-fired power station was awoken from a 46-day slumber to meet demand for electricity to run air-conditioning units.

Thinking of going solar? Listed below is some basic information about solar power systems, including the different types of systems you can install in Australia.

In recent years, there has been a growing interest in renewable energy sources as individuals and communities seek sustainable alternatives to traditional power grids. One such option that has gained popularity is off-grid solar power. This article aims to provide you with a comprehensive and informative guide to help you determine if off-grid solar power is the right choice for your energy needs.

Solar Victoria has released its Notice to Market for 2023–24, which will introduce requirements to support stability of the energy grid, while helping meet the growing demand for all-electric homes and businesses, by requiring system installations to comply with dynamic export requirements to meet future energy needs.