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Saint-Martin (Royaume des Pays-Bas)

Les faits sur l'énergie solaire de Saint-Martin (Royaume des Pays-Bas) ont été fournis par des experts d'installation de panneaux solaires de ce pays. Pour de meilleurs conseils, s'il vous plaît cliquez sur le bouton "Thumbs Up" - les réponses avec le plus de votes apparaissent en haut! Si vous avez d'autres questions sur l'installation de systèmes d'énergie solaire en Saint-Martin (Royaume des Pays-Bas), vous pouvez poser votre question ci-dessous et elle sera soumise à nos experts.

Pour trouver toutes les sociétés d'énergie solaire à proximité de votre domicile, vous pouvez zoomer sur la carte ou taper votre adresse.

Solar Suitability
- How suitable is the climate in the country for solar electricity


Oct 9th 2013The biggest factor affecting the optimal performance of solar power system is how much sun it receives. Engineers call this variable solar insolation, which is simply a measure of the amount of sunlight that the solar cells receive. The more sunlight that the solar panels receives the better the solar system will operate, if your home receives plenty of sunlight, you are still a good candidate for solar power.

Please note that Germany, which is farther north than the Caribbean and just about any state in the U.S., is the world leader in solar photovoltaic energy with over 9,000 Megawatts. That’s almost enough to cover the roofs of 2 million U.S. houses! So again, if you live in a colder or more northern climate, not too worry…as long as you receive plenty of sunshine you should still be able to go solar. Sint Maarten is ideally suited for solar PV.

Return on Investment
- What sort of return on investment can homeowners installing a solar power system expect


Oct 9th 2013As an intelligent home owner, you probably have heard solar energy can be a great way to reduce your monthly utility bill. A solar photovoltaic system may be able to offset around 80% or more of your electric usage. So, if you spent $350 last month, you might save 80% or $280 each month. That’s a savings of $3,360 per year. Don’t forget that electricity costs have historically gone up around 15% each year – that’s means you can save about $33,600 on your next 10 years of electric bills! The payback period for a residential solar installation depends on your electric bill, your location, your current utility rates and other factors. However, many new systems can pay themselves back in 3-5 years. An average residential solar system costs between $10,000-$25,000 USD. Considering that you will probably spend over $100,000 in electrical bills over the next 30 years, this can be a small price to pay.

Here is a quote from Dr. Johnson in St. Maarten. "When you think about the alternative energy as an investment vehicle it actually makes great sense for today's economic environment. What other investment of $10,000 will return $45,000 in five years? Between a savings of let's say $4000 a year on energy bills and appreciation of $25K on value of the house that's a $45,000 return within five years on an investment of $10,000 and there's zero speculation, risk, etc. It's an unbeatable investment vehicle! Hell people are hoarding cash and burying it in their backyards, why not "bury it" on your roof and get a great return!?

Much like when you renovate your kitchen, solar power is considered an improvement to your home. As a result, solar energy can increase your home’s value and make it more attractive should you decide to sell it in the future. In fact, installing a solar system can actually increase the value of your home more than the cost of the system itself. This is because electricity bills factor into the affordability of a house and a buyer can afford to pay more for a home that has lower utility bills. A 1999 study partially funded by the U.S. Department of Housing and Urban Development found that home values increase by $20 for every $1 reduction in annual electricity bills. This means, the annual savings of $3,360 mentioned above would result in a home that is worth $33,600 more!

Financial Incentives
- Feed-in tariffs and other government financial incentives


Oct 9th 2013Usually, an electrical inspector will check to make sure that the system is up to code. Once this is done, your solar system will have final approval and it can start providing you electricity! Usually 6-8 weeks after inspection of the solar system, you should receive your rebate checks from either your utility company, or the Country.

Planning Requirements
- Government regulations relating to installations of solar power systems on homes and commercial buildings


Oct 9th 2013Depending on your location, certain permits may be required before installation can begin. Professional Caribbean solar installers are very familiar with this process and can quickly handle any permitting requirements on your behalf.

Recommended Sites
- Useful non-commercial solar websites for homeowners and businesses that want to learn more


Oct 9th 2013US Department of Energy - Office of Energy Efficiency and Renewable Energy:

The Office of Energy Efficiency and Renewable Energy (EERE) accelerates development and facilitates deployment of energy efficiency and renewable energy technologies and market-based solutions that strengthen U.S. energy security, environmental quality, and economic vitality.

National Renewable Energy Laboratory - Renewable Resource Data Center:

The Renewable Resource Data Center (RReDC) offers a collection of data and tools to assist with solar resource research.