News Blog
Renewable Energy Funding
Wednesday, 12 May 2010 12:21

NATIONAL: Australia’s clean energy industry has welcomed the Rudd Government’s increased investment in renewable energy and energy efficiency in the 2010 Federal Budget, but says much work is still required.

The Federal Government will provide $652.5 million over four years to establish a Renewable Energy Future Fund as well as $1.8 billion for the Resource Exploration Refundable Tax Offset, under which technologies such as geothermal and wave will be eligible.

Clean Energy Council Chief Executive Matthew Warren said the new funding initiative was consistent with industry submissions and reflected the development of a more sophisticated strategy to nurture Australia’s fledgling clean tech industry.

“Australia has genuine potential to pioneer new affordable and innovative ways of generating clean energy,” Mr Warren said. “If we want to be a smart clean tech innovator then the companies developing these technologies need the capital to fast track their projects and show us what they can do.

“Innovation is inherently risky. There will be trial and error, success and failure. We cannot afford to delay important technical breakthroughs or lose smart companies overseas simply because they were starved of investment.”

The Renewable Energy Future Fund will encourage partnerships between the Government and the private sector to leverage venture capital and support investments in new renewable technologies like geothermal, wave power and tidal power. It will also be used to encourage energy efficiency measures to help businesses and households reduce their energy consumption.

Mr Warren said it was important that government support recognized the different stages of clean technology development, which may require different types of financial support.

“Until we have some clear carbon price, Australia’s climate strategy will need to focus on developing and deploying clean energy technologies, development of a comprehensive and effective energy efficiency strategy and more dynamic electricity networks that enable these new clean power stations to get their energy to market,” he said.

“That means we need the swift reform of the Renewable Energy Target in this session of Parliament as well as development of targeted clean tech assistance.

“Last night’s budget was a step in the right direction. But there is still more work to be done”..

 You can view this article on the Clean Energy Council website. 

 
Power Price Surge
Friday, 07 May 2010 11:35

POWER bills are set to treble by 2020 under government policies, yet Australia will still fail to meet the government's most cautious emissions targets, one of the country's biggest generators has warned.


The chief executive of Origin Energy, Grant King, says uncertainty about energy policy is driving up industry costs, but without a carbon price Australia will fail to meet a government target to cut 2020 emissions by 5 per cent from 2000 levels.


In a sweeping attack on the stalled debate over emissions trading, Mr King said indecision on carbon trading was deterring business from investing in all but the safest power plants, which are those powered by wind and gas.


Building these new plants requires hefty spending on infrastructure such as new power wires and poles.


But he said these costs had not been factored into the price of electricity.


''We think it's quite possible that by 2020 the cost of energy to consumers could be two to three times what it is today,'' he said at a business lunch in Sydney yesterday.


''Increases in transmission and distribution costs, driven by current policy settings, will substantially increase the cost of electricity to consumers.''


A trebling in power prices would push the average annual bill for Energy Australia customers to $3771, compared with $1257 now.


Energy Australia is the dominant government-owned retailer of electricity. NSW power prices are already set to jump by as much as 60 per cent in the next three years because of transmission and carbon costs, the Independent Pricing and Regulatory Tribunal said last month.


At the same time, Mr King said higher power costs would bring few environmental benefits, because emissions would remain stubbornly high until business received a clearer signal from government.


Relying solely on renewable energy and attempts to cut household power consumption was not enough to cut 2020 emissions by 5 per cent compared with 2000 levels, he said.


For example, meeting the 5 per cent target would require households to cut energy use by 20 per cent by 2020 and a doubling in the amount of renewable energy generation installed by 2020. This was a ''huge'' challenge for Australia, he said.


''We will fall well short of that target unless we go back and put in place policies designed to change the way we generate energy,'' he said.


The comments come as the federal government prepares to introduce the twice-rejected carbon pollution reduction scheme to the Senate as soon as next month.


Origin is viewed as a beneficiary of the scheme because it does not own any coal fired power plants, which are the biggest polluters.


Under the scheme the government plans to cut 5 per cent irrespective of what the rest of the world does, but it could lead to cuts of up to 25 per cent if a global deal on climate change is struck.


Few expect the bill to pass this year, prompting industry complaints they are stuck in no man's land.


''We do have a real problem - that our policymakers are avoiding the one area that has the greatest potential to make a change to carbon emissions in our system and that is the point of production,'' Mr King said.

 
Integral Address N.S.W Backlogs
Friday, 07 May 2010 10:11

Dear Customer

Integral Energy has had a significant increase in the number of enquiries, applications and meter installations for solar panel connections in N.S.W. This has created a high demand on our processing capability which is resulting in delays which could impact you for a limited period of time.

If you have had new metering equipment installed it is likely that there will be delays in processing the information provided to us by your Accredited Service Provider.

Our delay in processing your documentation is likely to have the following impact on you:

  • 1.  You may not receive your account in the normal cycle that you are accustomed to.
  • 2.  Your account details may not include readings from the additional metering equipment which actually exists at your home.
  • 3.  As a result your account may not show the full details that you are expecting to be present on the account.

Please accept our apology for any inconvenience which you may experience, on a temporary basis, as a result of our processing delays.

Meters installed by Accredited Service Providers will be recording energy throughout, irrespective of when the metering information is entered into our billing system. Customers' accounts will include all energy recorded on their metering once the metering information has been processed.

Where an urgent need exists Integral Energy, Network Connections Branch will endeavour to assist in processing specific documentation to address your concerns. Please contact Paul Hardman in our Network Connections Branch whi will try to assist urgent need

 
Victorian Smart Meter Roll Outs
Monday, 29 March 2010 18:11

From the Minister for Energy and Resources 

 

New hi-tech electricity meters will help drive more efficient energy habits.

 

The new meter program - to be rolled out for all Victorian households and small businesses over the next four years - will;

 

  • significantly assist electricity distributors to identify any loss of supply, helping to speed up power reconnections
  • remotely connect and disconnect electricity supply making it easier to switch energy retailers and move premises
  • provide for accurate real-time readings of a customer's electricity use at 30 minute intervals, making it easier to monitor energy consumption, change behaviour and save money
  • allow electricity retailers to offer more innovative tariffs and services
  • mean far less estimated bills or staying in for meter readings
 
The Brumby Labour Government is taking action to help Victorians better manage their energy use and reduce their individual carbon footprint by equipping homes with new smart electricity meters.
 
Victoria is the first state to give the go-ahead for the widespread roll out of smart meters - a task which represents one of the most significant improvements to electricity infrastructure in the state's history.
 
This is a big project affecting 2.2 million homes, and 300,000 businesses, so we made sure that we've designed a system that brings best value to everyone involved.
 
Smart meters are a valuable tool for Victorian households and small businesses to manage their electricity use. Customers will be able to make decisions to save electricity, thereby reducing greenhouse gas emissions and also saving money.
 
Electricity companies will be able to read meters remotely  which will mean the end of estimated readings and will ensure Victorians receive more accurate bills as well as making it quicker and smoother to move house and have power reconnected.
 
These meters will also help electricity distribution companies to detect and locate power outages and restore power to homes more quickly.
 
Smart electricity meters are a key step towards future smart electricity grids which will make it easier for renewable energy to be fed into the grid and for the future widespread use of plug-in hybrid and electric vehicles.
 
An analysis of the costs and benefits of rolling out smart meters found that the project will deliver net benefits to Victoria of up to $700 million over the next 20 years.
 
For more information about smart meters or the Brumby Government's plans for energy, please visit www.dpi.vic.gov.au/smartmeters.
 
Your electricity distribution company (that is responsible for the 'poles and wires') is also responsible for putting in your new meter and will contact you directly to advise of the details and expected time-frame for the installation of smart meters in your neighbourhood.
 
You will receive further information from your local electricity distribution company regarding the installation of your new smart meter. If you have any queries regarding the installation at your premises, please contact Jemena Electricity Networks on 9937 6766.
 
Yours Sincerely,
Peter Bachelor MP
Minister for Energy and Resources 

 
Solar Installations Rise in 2009
Monday, 15 March 2010 11:48

Global Financial Crisis aside, Australia's solar power industry grew by a whopping 366% during 2009 alone. This was courtesy of a government rebate that has enabled "free" solar power systems to be sold and installed to homes throughout Australia. I guess the big question is, "Will Australia be able to repeat these figures in 2010, now the rebate has been replaced by a less generous point-of-sale discount?"

 

Figure 1: Rebated Australian Grid Connected Solar Power Installations (kW/year). Source: Solar Homes and Communities Program statistics.

 

The short answer would be ‘no’. Chances are that 2010 may see a fall in Australian Solar PV installations. A fair share of last years’ growth was assisted by an A$8/Watt federal government rebate which was capped at $8,000. When this rebate was combined with Renewable Energy Certificates (RECs) it meant zero-cost 1 kW solar power systems could be offered by solar installation companies. Since then though the amount of initial support from the government has dropped by more than 50% with the rebate being replaced by the Solar Credits scheme. So what does this mean? Simply put it means Photovoltaic (PV) solar is no longer free and as a result sales have declined considerably.

 

2010 now shapes up to be a potentially bumpy ride for the Australian PV industry. Having the ability to sell free systems and make a reasonable profit drew many new industry entrants around the end of 2008. This enabled a rapid increase in the amount of solar energy systems being installed during the first half of 2009 until the government's abrupt ending of the rebate. This snap decision by the government not only sent shock waves through the industry but infuriated many home owners throughout Australia hoping to take advantage of the rebate.

 

While legislation was being passed on Solar Credits, the solar industry got to work installing the 63 MW of solar systems issued under the pre-approval for the rebate. The solar industry then took a further setback when the REC's value plunged from $50 to $30 which meant the value of Solar Credits (in effect a REC multiplier for the first 1.5kW of a solar system being installed) plummeted from $5150 to $3090 for a 1 kW system (from $7750 to $4650 for a 1.5 kW system). Then as a geared-up industry started installing 8 MW a month, sales volumes fell through the floor.  

Figure 2: Grid-connected solar power installations, 2009. Source: Source: Solar Homes and Communities Program statistics.

 

Setbacks aside the Australian PV industry marched on and installed another 4,600 solar credit systems adding another 12 MW to the total of already installed solar systems in Australia. Naturally though, those states with a Feed-in Tariff (FIT) have been far more successful when it comes to selling systems under the solar credits scheme. With New South Wales announcing a Gross Feed-in Tariff of 60c/kWh, it is expected demand will continue throughout 2010.

 

What this tells us is that even though affordability has been reduced, demand for PV solar systems remains strong, especially in states with a Feed-in Tariff. At present all states are offering a Feed-in Tariff with the exception of Western Australia who will commence a Feed-in Tariff in July of 2010. So just how much will get installed in 2010? Well there is no real way to tell however approximately 28 MW of the pre-approved rebates from 2009 remain to be installed. As for how successful Solar Credits will be, well this comes down to just how well the industry copes with any further setbacks along with the individual performances of salespeople within the solar energy industry.

 

Figure 3: Percentage of 2009’s Australian solar power installations receiving Solar Credits. Source: Compiled from data on the REC Registry.

 

Sadly though, the evidence on hand highlights the potential immaturity of the solar industry in this country. A large number of recent industry entrants are still selling on price alone which means they are either unaware of prior setbacks or have simply ignored them all together. During the back end of 2008 Australian solar panel prices sky rocketed on the back of a weakened Australian dollar which coincided with Spain's infamous PV demand. These events pretty much left low-margin operators stranded and unable to compete in the market place. Having said that these factors are currently in reverse and our industry may well pay the price when demand catches up with supply during 2010.

 

Additionally, many companies entered the market during a time when lowest prices, driven by rebates, brought greater market share. As a result, very few companies are informing their customers of the value in larger solar energy systems. Even though the average size of systems being installed has increased with solar credits, this is largely due to the fact a majority of sales are now 1.5kW not 1 kW. Meanwhile the installation of 2 - 4 kW systems are now in decline and have become less common than they were under the rebate out shown in Figure 4. Unfortunately, what customers are not aware of is the fact that over a 10 year period a 1.5kW systems creates barely enough revenue to replace an inverter meaning their investment may well be wasted.

 

Figure 4: Proportion of PV Systems of 2-4 kW in size under each government support mechanism. Source: Compiled from data on the REC Registry.

 

Using more innovative sales techniques may improve the outcome for both solar businesses and their customers. Regardless of the 1.5-kW Solar Credit sweet spot, a larger solar power system offers a more favourable long-term financial and environmental benefit. Even in those states with a net FIT, a larger system will earn a substantially higher premium revenue because they feed more power in to the grid, dramatically reducing payback (Figure 5). Even states with a gross FIT, a larger system will provide stronger insulation from rises in the price of electricity, which may be as much as 68% over the next three years.

 

All that aside, the fact remains, larger inverters are more efficient and also cost less when proportionally measured. Solar companies able to convince customers to upgrade their system size and incorporate energy efficient technologies may well produce better outcomes for both customers and the industry overall. This would strengthen customer relations with a benefit from greater gross profit and diversified income streams that are less dependent upon government support.

 

 

Figure 5: Likely System Payback under a net Feed-in Tariff, as varying with system size and household power consumption levels.

 
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The maximum rebate, for an average-sized 1.5 kilowatt system, will be about $7500. A smaller-sized 1.0 kilowatt system will attract a rebate of about $5000.

The value of the rebate will fluctuate and it will decline annually from 2010 until 2016 when the program finishes.



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