Clean Diesel

We live in a world where green energy is becoming increasingly popular and there are reasons to introduce it to your own home or business.   One of the best ways to benefit from green energy is to install solar power. If you want to eliminate some of the cost of solar you should look at the possibility of Do-It-Yourself installation.   This review will examine the benefits of the Earth 4 Energy solar energy start-up guide and inform you on why this option is definitely worth considering.

Solar energy is natures way of harnessing heat from the sun. This natural source of energy generation has been used by human beings since ancient times and more sophisticated technologies are emerging all the time. Solar panels contain a mass of solar cells or a form of heat absorbing plates that are used to convert the Suns natural radiation into energy use for lighting or heating buildings for example. There are hundreds of green energy Do It Yourself (DIY) guides or manuals available in today’s marketplace and Earth 4 Energy is considered the first and most original of those products.

Solar power will save you money – a very tempting reason in itself. The initial cost of installation is quickly recovered by the savings you will make with lower energy bills on a monthly basis. It does not matter whether you choose a full solar panel installation or a smaller solar harnessing plan, the savings will still be considerable. A larger solar panel installation might even save your entire energy bill.

The Earth 4 Energy guide will enable you to take advantage of solar energy by giving you the latest information on the best solar technology available. The package includes everything you need to know in order to:

- Build your own solar panel from scratch

- Make your own wind turbine so you can generate electricity

- Connect all your own devices to a home power grid.

- Sell any excess electricity back to your local electricity generation company

- Plus other much needed information.

All of this information is of great assistance in guiding you in learning “how to make solar panels”.

Other great things about solar energy are the ethical benefits. If you reduce your energy consumption you help make the environment healthier for everyone.  Second, fossil fuel such as oil is declining in supply and more countries are making heavy demands on the resource. If we reduce our individual demand on fossil fuels where possible we play our part in reducing the risk of global conflict over oil.  One the best things about the sun is that it will always be there it will never run out of its ability to supply energy for all.

Finally, in a world where the cost of all other types of energy is constantly increasing having your own solar alternative makes a lot of sense.  Earth 4 Energy http://app-products-info.webs.com makes it relatively easy by giving you the know-how to Do-It-Yourself in an easy to understand way. You really do not need to be a highly proficient home-handy-man to follow the Earth 4 Energy guide. The videos explain how to assemble solar panels and other forms of green energy in clear detail. Learning “how to make solar panels”  is a skill well worth having and will benefit you well into the future.

Anthony Philip Parker

After a period in the 1970’s where crude oil production reached its peak there was an energy crisis. In 1970 71 percent of the United States energy production was oil and natural gas. The government decided to provide taxpayers with an energy credit known as the Energy Act of 1978. The Energy Act of 1978 was intended to influence taxpayers to use other means of energy and conserve the limited resource of oil and gas. By 1979 a fourth of all energy domestic consumption in the United States was used for residential purposes. Americans can conserve energy and reduce their costs by insulating and constructing improvements on residences. Likewise our oil shortage today leaves Americans with the option to find other means of energy or pay the outrageous oil prices. The tax energy credit that was available in 2006 and 2007 were very similar to the credit enacted in 1978. The only question that needs to be answered is why the government has not renewed the credit for 2008 and the years proceeding 2009?

The Energy Act of 1978 provided a credit of expenditures made on or after April 20, 1977. The credit ceased for expenditures made after December 31, 1985 but could be carried forward until 1987. In 2006 and 2007 there was a similar credit for expenditures made on a US residence in the respective taxable year. Both credits were allowed for energy-conserving components installed in the primary residence of a taxpayer. For the credit that began in 1978 instillation such as caulking and weather-stripping of exterior doors and windows, clock-operated thermostats, and equipment that helped furnaces run more efficiently; fifteen percent of the expenditure was allowed up to the maximum credit of three hundred dollars. A maximum credit of five hundred dollars was allowed in 2006 and 2007 at ten percent of the expenditure costs of instillations reducing heat loss or gain. Instillation expenditures included exterior windows, exterior doors, and metal roofs, advanced main air circulation fans, natural gas, propane, or oil furnace or hot-water boiler. The instillation expenditures not only reduced costs on utility bills they conserved our natural resources.

Furthermore the credit applied to renewable energy sources. The credit beginning in 1978 included solar energy, energy from geothermal deposits, and wind energy expenditures. The costs incurred for expenditures of heating, cooling, or providing hot water were applicable for a maximum credit for 2,200 dollars, thirty percent for the first 2,000 dollars and twenty percent of the next 8,000 dollars. Expenditures that apply to the tax credit for 2006 and 2007 receive thirty percent of qualified solar panels and solar water heating equipment. A credit was allowed for each kind of expenditure with a maximum credit of 2,000 dollars. Another credit was available for qualified fuel cell power plants at thirty percent of costs up to 500 dollars per .5 kilowatt of capacity. While the credit’s dollar amounts may differ from the years stated the government wants to influence how we use our limited resources and provide rewards for alternative energy means.

As 2008 comes to a conclusion the residential energy credit has not been renewed. Our economy is in a recession, they price of fuel skyrocketed during the year, and the value of homes are rapidly declining. The residential energy credit could have enticed taxpayers to acquire other means of energy while increasing the value of their residences and creating jobs. In 1979 when America was hardly in a crisis as we are today there were over 4.8 million returns that contained residential energy credits totaling an amount over 480,000 dollars before any limitation. The residential energy credit should be available in every taxable year to influence what kind of energy Americans consume. Our future generations need a planet that is not completely depleted and guidance on which energy consumption will save our planet.

The residential energy credit will appear again in 2009. In 2009 a five hundred dollar maximum credit is placed on insulations, exterior windows and doors, non-solar water heaters, and certain heating and cooling equipment. The credit for tax years 2006, 2007, 2009 has a combined maximum of 500 dollars; where as the credit beginning in 1978 had a maximum credit of 300 dollars per year and a carryforward approach. There will be credits for solar water heating and photovoltaic systems. The tax credit for solar water heating systems will be thirty percent of expenditure costs with a maximum credit of 2,000 where as the credit for photovoltaic systems will not have a maximum credit. Thirty percent of cost of wind systems will apply for a credit up to 500 dollars for each .5 kilowatts capacity with a maximum credit of 4,000 dollars. Also fuel cells will receive thirty percent of costs for the system up to 1,500 for each .5 kilowatt capacity. It is clear that our environment is in need of preserving natural resources and our government must continue to influence taxpayers to invest in alternative energy resources.

Dustin Bailey
http://www.articlesbase.com/taxes-articles/residential-energy-credits-that-could-change-the-usa-669640.html

Energy Performance Certificates Scotland – Basics Concepts

The requirements affecting Scotland for the provision of an Energy Performance Certificate when constructing a commercial building came into effect from 1st May 2007. The requirement for an Energy Performance Certificate when selling or leasing to prospective buyers or tenants of a commercial building exceeding 1,000 sq/m came into effect on the 4th January 2009.

Implementation of the EPC directive in the UK

Despite the fact that the passing of the directive to legislation in the UK proceeded with few real problems, its implementation has been more difficult.

Officially, all points outlined in the Energy Performance of Buildings Directive were intended to have been implemented by 1st October 2008. However, the government has decided to delay enforcement of Energy Performance Certificate legislation for buildings over 1,000 sq/m meaning that landlords and public authorities have until January 2009 to organise themselves.

Background to Energy certificate rating

It is the European Energy Performance of Buildings Directive (EPBD) passed in 2003 which has ultimately given rise to the UK government’s stringent legislation on energy conservation for commercial buildings.

The directive permits member states to implement it as they deem appropriate, provided they meet five key requirements. All requirements are intended to reduce CO2 buildings emmissions into the atmosphere. All parts of the directive were to be passed by member governments by 2006.

1) Certification

All buildings A certificate of a building’s energy performance (EPC) has to be shown to the prospective buyer or tenant at the time a building is sold, bought or rented. The ten year certificate must identify potential improvements to the building’s energy performance. Article 7 also discusses the methodology, data collection and benchmarks as well as the legal standards to be used.

Public Buildings Buildings over 1,000 sq m occupied by organizations providing public services are required to present a certificate displaying energy use (DEC).

2) Inspection

Article 8 – All boilers between 20 and 100kW burning non-renewable fuel have to be inspected every two years. Whole heating systems with boilers older than fifteen years have to be inspected and advice on upgrades provided. Advice on replacement boilers must also be provided.

Article 9 – Regular inspection of air conditioning systems over 12 kW must be carried out. An examination of an air conditioner’s fitness of purpose to its environment must be given as well as advice on improvement/replacement or alternative solutions.

3) Experts

Whether operating as sole traders or employed by public or private enterprise bodies, member states must ensure that the certification of buildings, drafting of the accompanying recommendations, and the inspection of boilers and air-conditioning systems are carried out in an independent manner by qualified and/or accredited experts.

4) Calculation

A national or regional calculation methodology must be determined in accordance with appendices in the identified legislation. The building’s energy performance must be expressed in a transparent manner and may include a CO2 emission indicator

5) Minimum EP Requirements

Article 4 – Setting of minimum energy performance requirements

These must be set based on details outlined in Article 3. Member states can differentiate between new and existing buildings, take account of indoor climate, ventilation, local conditions and age of the building, Energy performance requirements must be applied according to Articles 4 & 5. Certain types of building can be excluded, including monuments, places of worship and temporary buildings.

Article 5 – New Buildings

These must meet requirements outlined in Article 4. New buildings over 1,000 sq/m must examine feasibility of CHP, district heating, heat pumps and decentralised energy fired by renewable sources.

Article 6 – Upgrades & Refurbishments

Buildings member states must ensure that buildings over 1,000 sq/m must be upgraded to meet minimum requirements when they are refurbished, insofar as this is feasible. Member states shall set their own minimums. Renovation can refer to the whole or the part or a system within a building.

epcseo
http://www.articlesbase.com/law-articles/energy-performance-certificates-scotland-basics-concepts-742447.html