Costs Of Residential Solar Energy

Residential Solar Energy may be surfacing in the mainstream homeowner’s consciousness – but is it within reach of the current mainstream budget?

Most people assume that solar is too costly, whether for their home or their business, and up until recently, this perception was well founded. But in recent years, the cost of solar has come down significantly as a result of reduced material costs and major new is one of the authority sites on this topic.

Most popular electronics such as digital cameras, flat screens and cell phones will drop in price by about 20 percent whenever production demand doubles. As it goes with these more familiar technological phenomena, so it goes with solar. And then some!

With increasing demands, solar module costs have seen a remarkable drop – a residential solar system now costs about 33% less than it did just 3 years or so ago. And that is before incentives. Incentives can reduce the first year cost of a residential solar system by as much as 65%. So a typical residential solar system might cost $3,000 – $10,000 after incentives, putting solar very much within reach for most homeowners.

While prices are significantly lower than they were, of course a residential solar system remains a significant investment; that is why we are careful to emphasize the plethora of financing options and helpful tax credits and incentives available.

The current pricing and incentives could realistically allow residential solar panel installation to become typical in the mainstream market.

And why not? When it comes to increasing the value (or resale value) of your home, its hard to beat residential solar energy systems for a strong investment choice. Most systems are expected to far outlast their 25-year warranty. Most homeowners find they have saved enough money on their utilities to have paid off their system in about three years or less; after that, every year they pocket the savings (and are insulated against the inevitable rise in utility costs!)

Most people also have a vague idea of the environmental benefits of solar power, but let’s spell them out clearly here: Powering one small house using a 5.8 kilowatt residential solar system prevents 13,000 lbs of carbon from being emitted into the atmosphere in just the first year; over the lifetime of the system the CO2 emissions avoided would total 330,000 lbs. In other terms, you would help reduce as many environmental pollutants as you would by not driving 290,000 miles or by planting 21 acres of trees!

Awareness of this efficiency big picture – both savings for the household, and improved environmental health for the wider community – has given homeowners confidence that moving forward with renewable energy is the most sensible thing to do. On top of all this, solar installation has come a long way on the design side, too. Options abound for integrating solar panels into the structure and overall design style of your home, from solar shingles to one-of-a-kind pergolas to ground mounts nestled into your landscaping. We will put our expertise to work for you, choosing the best from hundreds of products from hundreds of brands, in order to deliver a creative solution tailored to your needs. Whether yours is a brand new city loft or a preserved Victorian cottage, our engineering and architectural support team relish the challenge of bringing solar to your home with style and grace.

Define Common Electrical Terminologies

Ordinary folks seldom use electrical terminologies in everyday conversation. It is perfectly understandable why many can get confused when talking to an electrician. Fortunately, knowing how your electricity works isn’t that complicated. Below are electrical terms that you should be aware of.Check Electricity Wholesalers Houston 

It is important that you have a background on some of the common electrical terminologies to avoid mistakes and accidents. A few common electrical terminologies include the following:

  • Amp or ampere – is a unit of measurement that considered the rate of electron current.
  • Ampacity – the rate of amperes that a conducer can carry without exceeding the temperature rating.
  • American Wire Gage – measurement of wire sizes.
  • Balanced load – a type of alternating power system that uses two conductors carrying the same electric current.
  • Bonding – reducing potential by connecting two or more points together.
  • Branch Circuit – It is the circuit conductor between the final over-current device.
  • Burndya – A U-shaped clamping device used to connect small and very large wires together.

  • Continuous load – This means that the maximum current is predicted to continuously be there for at least 3 hours or more.
  • Current – is the electron flow in conductors; measured in amps.
  • Delta A – is a three-phase connection. The end of each phase winds on series that forms a close loop. Each phase is at least 120 degrees from each other.
  • Delta-Delta – term to denote the connection between two deltas (e.g. a delta load and delta source).
  • Direct current (DC) – current that always flow in the same direction.
  • EMT – a raceway used for carrying wires.
  • Floating Ground A – Floating Ground A is a centralized connection for all the circuits.
  • GFI – means Ground Fault Interrupter; device used to break the load of electrical circuit.
  • Hazardous location – sites wherein it is very much prone to explosion or fire. This means that the area might have materials that are conducive to heat.
  • Inverter – Inverter concerts DC power to AC.
  • Joule – electric measure.
  • Open Ground – used to denote the ground that has disconnected electrical sources.
  • Pigtail – an added piece of wire that resembles a pigtail; it is connected by a wire nut.
  • Romex – used to denote a plastic coated cable.
  • Service Point – the area that acts as the point of connection from the serving utility and premises wiring.
  • Transformer Action – transferring of electrical energy from one coil to the other.
  • Wiggy – This meter reads voltages from 120 to 600 volts; wiggy is a slang term.
  • Wirenut – device that connects spliced wires.

Hopefully, the terms above will make things easier for you the next time you have an electrician over.