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admin 05.05.2015

With the news that Scottish Power has updated their business electricity and business gas tariffs , it is the ideal time to do a business energy comparison. To understand what is driving business electricity prices this year, you only have to look at one of the fundamentals of electricity generation , primarily Coal.
The UK is now competing with an ever expanding and diverse set of country’s for a share of the worlds coal exports. The coal market spiked in January due to the worst flooding in three generations in Australia , Queensland accounts for just under 60% of global seabourne coal. Coal and Natural Gas are a large part of our generation mix , the price of these key commodities are the driving force behind the current painfully high business electricity prices. Looking ahead to 2012 and 2013 , not many traders are showing confidence that the supply tightness of these key fundamentals will improve. A lot can happen in the space of a year , and nobody can be 100% sure where prices will be next year , but in my opinion it will take a big shift in world commerce patterns for the key fundamental commodities to weaken in price , thus lower business electricity prices. The credit score of your business will affect the competitiveness of your renewal offer from your current supplier as well as any prospective supplier. Some customers may have been with a supplier for years and always paid by direct debit with no problem but on contract renewal the supplier suddenly wants a deposit or refuses to renew them, leaving them on very high out of contract rates.
While we understand the commercial pressures on suppliers, we feel that a number of business energy suppliers are using this cynically as a way of renewing customers at higher prices.
The irony is that at least one of suppliers stating poor credit as an excuse for expensive unit rates has a credit score that they themselves would not take.
For each pound spent on electricity powering Information technology and office equipment in a business, up to 33% is wasted. 40 pence in every pound of an average business’s total electricity consumption is down to IT and information systems ,energy efficiency strategies could lead to substantial savings.
In the 50’s we were told that nuclear energy would be so abundant and so cheap that the energy supply companies would not bother metering it! There is a big question mark over whether competition of only 60% of the energy price could deliver what the business energy market requires, which is aggressive competition. Energy security should be undertaken on a national basis, the generating plant that powers our country should be owned by the state, not foreign governments or venture capitalists.
There was some volatility seen in power market on Wednesday, showing promise of some clawing back some of the previous sessions losses early on. The afternoon period of trading saw a reversal of these gains, the whole of the power curve closing the day down. Most of the losses were driven from the gas curve, which responded to a well supplied system and current demand levels being comfortably well supplied.
Another good day of renewable generation was seen on Wednesday, wind and hydro generation combining for an overall 8% contribution to the generation mix. E.ON have finally followed the market and increased some of their business electricity tariffs.
Prices of both Maximum Demand Connect and 3 year access tariffs have increased in line with the rest of the market.
E.ON still remains a competitive business electricity supplier and these increases reflect the recent rise in business electricity wholesale prices . The recent sharp rises in business electricity and gas prices have caught a few people off guard. What has caught a lot of people out is the speed at which business energy prices has increased. I’m afraid there is not much good news on the horizon and these prices are here for the foreseeable with every indication that they will continue to increase for at least the next 18-24 months. Business electricity prices should also be looked at closely always  make sure you use a broker that is UIA accredited and  compares the whole business energy market, not just a select few suppliers. Good luck and hold onto your hats, it’s going to be a bumpy year for business energy prices.
Controversial energy company Business Energy Solutions is facing a class action from business customers who claim to have been misled into taking on hugely expensive energy contracts.Solicitor Christopher Newton, of Newtons Solicitors in Harrogate, North Yorkshire, told Financial Mail he had been contacted by several businesses unhappy about their dealings with BES and energy broker Commercial Power, both of which are owned by Andrew Pilley.
Last week, Newton successfully defended a hotel business in court against attempts by BES to disconnect it in a dispute over bills.He has had previous court dealings with BES on behalf of a number of small businesses and is now looking to mount a class action. We are under no illusion; we understand the impact of high electricity prices on businesses.
Bluemark believes it is time that the government really started to act on the issue of electricity prices within the business sector, not just pay lip service to it. Ascending Arrow Graph On Central Heating Radiator Conceptual Of Increasing Costs Of Energy. Ascending Arrow Graph on central heating radiator conceptual of increasing costs of energy. All plans come as a Standard license, and can be upgraded to an Enhanced license at any time.
Use the controls in the far right panel to increase or decrease the number of terms automatically displayed (or to completely turn that feature off). The report also found that global availability and obtainability of renewable energy will not limit continued growth, because the global technical potential exceeds the primary energy use, which was 492 exajoules (EJ = 1018 Joules) in 2008 (Table 1).
Figure 1: Illustration of external costs due to the lifecycle of electricity production based on renewable energy and fossil energy. As Rob suggests, to discuss the manufactured controversy and ad hominem attacks, please see the sister post linked at the end of this article.
A question that always arises in my mind is: What is the difference in the investment cost of renewables and the investment cost in replacing existing fossil energy plants, plus the infrastructure that supports them, as their economic lifetime expires? If you don't include those external costs, coal is cheaper than most renewable energy sources (onshore wind is close). The old Chinese saying is, "May you live in interesting times." Well, we are certainly living those times today.
The ancient Roman's actually invented urban legends, but I think that belief itself is only an urban legend.
It is interesting to note that the ancient Greeks, on the other hand, invented recursion when their historians decided that the only peoples worth researching were themselves.
The way they achieve 77% renewables without nuclear and CCS is to reduce the total energy demand. As Dana points out, there are other groups who've done similar reports with more aggressive targets.
As you mentioned, if a social cost of carbon is applied, then the cost of coal-fired electricity approaches the cost of solar-generated electricity. For estimates of the Levelised Electricity Cost with a social cost of carbon, please see real cost of coal-fired power and LEC - the accountant's view. It's an interesting subject - clearly there are externalities of coal, as there are externalities of many activities, the climate change externality must be the hardest to get a grip of - what is the external climate cost of a US coal plant etc. I see they use $7.5m for a value of a life - it's not clear, or is it, that many US lives (which determine the $7.5m value) will be lost from CO2? Yes, I read that too in the summary for policy makers and it is a poor and misleading representation of the true state of affairs because it does not mention capacity factor. The correct way to gauge the contributions of new renewables build is to weight the nameplate capacity by the capacity factor to determine how much of electricity that will be generated from the new build will be low emission.


I don't know the exact figures, but it is very unlikely that renewables would represent more than 25% of new build and quite possibly considerably less when correctly assessed. If you want to pursue this energy intensity argument in the EU and Japan, then the purported improvements in energy intensity must take into the account the rising embedded energy in imported goods. While there is trend in the developed world towards a greater proportion of economic activity to be in service industries eg leisure, education, health etc, that are in general less resource intensive (including energy), extrapolating this to the developing world on a scale that would reduce energy demand seems a bridge too far. With another two billion people on the planet expected by 2050 and over one and a half billion currently without electricity the potential for enormous increase in energy demand is quite plain.
It is frequently (and quite reasonably) argued that addressing climate change is about managing risk. And that's completely ignoring the issue of energy wastage, which is a far bigger problem (e.g. That's not to say that rolling out energy efficiency across the entire global economy would be easy, nor cheap. Whether it would be enough to entirely offset growth in world economic activity, I don't know.
I completely agree that there is an urgent need to dramatically improve public transport, but sometimes it is far more difficult than is commonly supposed.
London has an extensive and heavily used rail and underground system and quite good local bus services. London is certainly not the whole world, but each public transport network will have it's own set of issues to address, and some of those issues are damned difficult to resolve and are going to take many decades, if indeed they are ever addressed.
What I see repeatedly is an attempt to shoehorn purported solutions into the best of all possible worlds.
The reason is that emissions need to be accounted for based on consumption and government responsibility. If production is exported but the nation that exported the production continues to consume at the same rate, then effectively the consumer nation is held responsible for the emissions of the producer country.
The consumer nation does have a choice as to how much it consumes and hence is responsible. A world with fewer Big Power confrontations and Energy Security missions, oops I mean Carrier Battle Group deployments, is surely a world where we can still have our military security at a fraction of the cost. 14, dana1981 - I certainly don't dispute that energy demand can be reduced over time with improved efficiencies. 20, Tom Curtis - Table 10.3 in the report shows figures for both Energy Demand and Energy Intensity. However, for base industrial and domestic power supply, the scenario assumes reduced energy intensity but increased overall demand due to a population growth of 2.48 billion and a per capita GDP growth rate of approximately 2% per annum. The UK Climate Change Committee doesn't even mention solar or geothermal as significant players in renewable heating in the Renewable Energy Review. Although there are limits on the suitability of these technologies, our analysis suggests that these could meet 55% to 75% of residential heat demand and around 70% to 90% of non-residential space heat demand in the UK.
Assumptions that heating will not require independent energy generation to drive it seem extremely dubious to me (and also it would seem to the CCC).
Wind power plant investment costs rose from 2004 to 2009 (Figure 7.20), an increase primarily caused by the rising price of wind turbines (Wiser and Bolinger, 2010). It appears that your assumptions are exactly that, and are not supported by your chosen source. Eric - no question there, but when it comes to climate solutions, in most cases the biggest obstacle will be political.
Dana; 'political will' really means making political choices on what to spend public money on and what policies to push.
The UK now has a "legally binding" commitment to 50% emissions reductions by 2027, so it would be well to study it's plans too. There is an unfortunate habit of lumping all renewables together and make implications about future growth of renewables based on their share of current electricity generation. I believe that the UK now has the highest commitment to emissions reductions over the next two decades. Lets not forget that even as late as 2009, global subsidies for the fossil fuel industry totaled just over US$300 billion per annum, whereas global subsidies for renewable energy is little more than US$20 billion-yet even with this massive discrepancy, renewable energy has made massive inroads in their production costs. So for an average Kiwi family with gas etc and no kids the cost of using power in NZ is around $80-$100 but with kids and no alternative using electric appliances the bill now creeps up to $200-$300 per month. China and India are becoming ever more aggressive in their procurement of coal to drive their expanding manufacturing bases. Thermal Coal prices have surged since 2010 amid panic buying due to a softness of supply, prices have continued to rise with no sign of abating. Many business electricity suppliers are still shying away from 24 month and above fixed price contracts for large industrial consumers , which only shows how uncertain everyone is of future prices.
We have also seen in the last few months an increase in the amount of customers who are being asked for a security deposit before the commencement of a new contract.
Computer manufacturer are urging public sector organisations to scrutinise the energy efficiency of IT equipment. In my opinion, selling off of the UK’s nuclear infrastructure will prove to be the biggest mistake of a generation. Regardless of issues with safety and nuclear waste, I do not believe that by having new nuclear power stations in the UK will reduce prices to the end user. Maximum demand meters have increased by around 6% while the access tariffs have increased by a similar amount. For businesses that are coming up for contract renewal we would advise to compare business electricity offers closely from all suppliers and to use a business energy professional who understands how the differing pricing structure offered by business energy suppliers will affect your electricity costs.
Prices had started to slowly drop month on month until the recent events in the Middle East and the natural disaster in Japan. At a time when budgets are stretched to breaking point, the last thing that UK businesses need is double digit price increases.
It is now imperative for your business to compare business gas prices with a professional accredited energy broker and to make sure your broker achieves the best possible prices for your business. We saw with our own eyes in 2008 how many SME businesses were left reeling from the doubling or trebling of their business electricity tariffs.
Everyone who signs up gets full access to our entire library, including our curated collections. Our Standard license allows you to use images for anything, except large print runs over 500,000+ or for merchandising.
Once you have downloaded your image, you have life-long rights to use it under the terms of the license purchased. Working Group I Contribution to the Fourth Assessment Report of the Intergovernmental Panel on Climate Change, Annex I, Glossary, pp. In the European Union, the share of renewable to total energy installment was even higher, at 62%. The picture will be far less rosy with PV nominally up to about 20% (12% in Germany) on-shore wind nominally up to 30% (reportedly 17% in Germany), hydro very much site specific but around 45% worldwide.
He's unhappy that the 77% plan phases out nuclear power, but that's neither here nor there - the plan is both technically and economically feasible. If the scenario in the Greenpeace report doesn't pan out then all we've done is increase carbon emissions for little gain.


This does not mean that all these people will be lifted by magic out of poverty to a reasonable standard of living, but the historical trend is quite obvious and in the absence of some catastrophic event quite irreversible. Using dubious assumptions about worldwide energy demand being reduced by 2050 seems to me to represent extreme risk. I spent a decade or so working in London as a contractor - some short term and some long term contracts so I got around a bit.
It is done, not because those worlds are the ones that we are most likely to inhabit, but because of emotional attachment to alleged solutions. There are several in development now, including (as I've referred to before) one for aviation gas that is in the US FAA (Federal Aviation Administration) approval cycle (Swift Fuels). Isn't that a hidden cost advantage of moving away from energy sources that need to be transported around the world?
While all four of the featured scenarios show reductions in Energy Intensity by 2050, ER-2010 (Teske) is a huge outlier in producing a reduction in Energy Demand by 2050. 5 years is a guesstimate based on yearly (?) data points, given that the ordinate is installed capacity.
They see heat pumps and on a more limited scale resistive heating as the primary technologies for renewable heat.
It is certainly possible to design or refurbish buildings in Germany or Scandinavia to require little or not direct heating.
Germany made a commitment to reduce emissions 80% and generate 80% of their energy from renewables by 2050.
There is absolutely no way that it will not result in emissions higher than they would have been if nuclear was retained and operated in parallel with new renewables build. Of course for all nations, one does not have have to question the sincerity of commitments, to observe that what is being said may well not be what is achieved.
Their anticipated pathway including nuclear deserves study, recognizing that for each nation there are specific factors that must influence their choices.
Bad not good but they say its because of the increased service costs and getting the power to your home. Thats a lot of money for those on a mortage for sure and an increase of $14-20 with these new increases only but extends the costs to then householder. To build mega projects which should have been done years ago (hey theres only 4m people in NZ) the Energy companies have been too late and now the consumer will again pay. To sell our infrastructure and then allow the purchaser to demand a minimum sell price for their competitors product seems absolutely crazy. In fact I think they will push prices up and to market nuclear energy as green because it reduces C02 emissions is just plain rubbish! Commodity speculators have been blamed for the surge in Oil and Natural gas prices which in turn have forced electricity prices upwards. We have seen a further round of price increases this morning and the prognosis for the coming year is not favourable.
Many high street butchers for instance, were put in a very difficult position, for many of these businesses, electricity became their biggest overhead. If at any time you're unsatisfied with your experience with us, you can cancel your subscription. If the external damages are considered costs of wind energy are likely cheaper than those of coal energy (Jacobson and Masters 2001).
The blue lines indicate the range of the external cost due to climate change and the red lines indicate the range of the external costs due to air pollutant health effects. With all this happening they still suggest that GDP per capita can increase at the same speed as zero-mitigation scenarios.
I always had a car but I would rather slam my finger in a car door than drive to work every day as opposed to use train or underground. If you need to travel any substantial distance across those spokes, then the buses take way too long and there is no alternative but to drive. Australia is replacing its Leopard tanks with wizz-bang Abrahms, replacing its F111 & FA18 fleet, its entire destroyer & frigate fleet, planning for the replacement of its submarine fleet etc.
Essentially Teske 2010 claims that economic growth can be decoupled from energy usage altogether (normally 'decoupling' refers simply to breaking the link bewteen economic growth and fossil fuel use).
They set aside district heating using waste heat from nuclear or CCS power generators as a potential source but requiring further study.
Increased rotor diameters and hub heights have enhanced the energy capture of modern wind turbines, for example, but those performance improvements have come with increased turbine costs, measured on a dollar per kW basis. They've made that choice for economic reasons - to ramp up their low-carbon, super hi- efficiency technologies that they can sell to the rest of us. It's all still words at the moment and does not constitute "proof" in any sense that any particular path is anything like optimal.
With inspection using brand new Squirrel helcopters to inspect the lines etc and no doubt salaries and transprot costs increasing the fact remains the consumer in NZ has to pay for these. Power improvements, lines relaid, added lines etc all cost an arm and a leg and someone has to pay---but not out of profits. We could be approaching a situation similar to 2008 and prices may well even surpass the high prices of that point. This is why the M25 ring motorway (six lanes in each direction in parts) is the busiest motorway in Europe. The costs of raw materials, including steel, copper, cement, aluminium and carbon fibre, also rose sharply from 2004 through mid-2008 as a result of strong global economic growth.
The retail energy costs used today are approx 7 cents per unit but they say it needs to climb to 10-12cents due to new alternates of wind & gas otpitons for the future --- this means then that future power projects will cost more and the consumer must pay for this. Contact Energy say generation was becoming more expensive, partly because of a 25 per cent increase in the price of natural gas and the company needed capital to fund investments of $600 million this year. I can tell you from the conversations I have on a daily basis with people in this sector, they are struggling and if electricity prices reach the highs of 2008, the local pub and bistro may become a thing of the past. The strong demand for wind turbines over this period also put upward pressure on labour costs, and enabled turbine manufacturers and their component suppliers to boost profit margins.
Contact Energy posted a $237 million annual profit this year and a profit of $161m last year, and said an increase of at least 6 per cent was needed as the South island needed more power even though they pay more in the South. Retailers pay lines companies for the use of networks and companies like Contact include a lines charge also in the bills to you.
The pasrts of our military that have carried the heavy lifting for many years are the special forces units, military transport aircraft and transport ships. Strong demand, in excess of available supply, also placed particular pressure on critical components such as gearboxes and bearings (Blanco, 2009). But other companies Meridian Energy and Mighty River Power also recently increased prices so its a no win situation.



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