As the investment cost of installing solar has plummeted in recent years and the price of electricity has increased alongside major improvements in technical efficiencies and manufacturing quality, many business owners are considering Solar power to be a sound investment. They are considering solar as a viable investment and alternative energy solution. As solar enters mainstream energy markets, the big question is, “how do solar panels work?” In this article, we’ll break down exactly how solar panels produce energy for your business and how pragmatic going solar really is.
Solar panels absorb sunlight with photovoltaic cells, generating direct current (DC) energy. The energy is then passed through an inverter that converts the energy into usable alternating current (AC) Mains quality energy. It is then fed into the main fuse box then on to power lighting and appliances.
1. The solar panels convert light into DC electricity.
2. The Inverter converts DC electricity int Mains quality AC electricity to power your business or home.
3. Electricity flows through your Business or home, powering electronic devices.
4. Excess electricity produced by solar panels is sold to the electric grid or stored in batteries for another time.
Example; Electricity cost 16p a Kw unit, a 10kW solar system produces and an average of 50kw a day this = 18,250 kw a year the saving equates to 10 x 18,250 = 182,500 kilowatt of electricity a year. Electricity costs 16p kW = £2,920 pound a year in savings, this equals £104,300.22 saving over 20, years assuming electricity prices increase a linear 5% per year = an average of £5,205.00 per year.
If the solar array is fitted with Optimisers, the yield would be increased by approximately 10% per year.
There are many reasons why business owners and homeowners should consider energy efficiency, from the clear environmental and financial benefits of cutting energy use to potential improvements in mental and physical health.
There are many reasons why Busines and homeowners should consider energy efficiency. 1: Environmental 2; Financial benefits: 3: Energy efficiency is becoming a top priority for Large corporations small businesses and homeowners. Energy-efficient business benefits from increased profits with enhanced cash flow.
4: What ever your motivations are; Energy saving, economic, environmental, reputational or personal, energy efficiency offers something for everyone.
Significant reduction in energy bills. Saving in the region of 30 to 60% is achievable through investment in energy-efficient appliances plant and machinery.
Implementing a robust energy management system.
Energy-efficient purchases should be viewed as an investment with utility savings that accumulate over the service life of the product. Savings can offset the initial price premium on energy-efficient options and offer a significant return in comparison to conventional, non-efficient alternatives. Furthermore, the return you pocket through savings will only increase over time as energy prices continue to rise.
5: Increase your property / asset value In the property market, energy-efficient buildings and homes attract a higher market value than standard Non less efficient buildings,. Every project that increases your buildings energy efficiency adds to the asset value. Buildings with a high energy rating B + and above sell at a premium.
6: Enhance your quality of life By optimizing your energy consumption, you can increase the comfort of your working / home environment In many cases, see notable health benefits. with reduced illness When implementing energy-efficient measures, your building will be warm, drier, and properly ventilated, which lowers the risk of illnesses and mold growth. Energy efficiency also prevents the buildup of indoor pollutants, a major concern in areas with high radon emissions. In fact, the financial benefits of energy-efficient buildings yield a benefit-cost ratio of over 4 to 1, and 75% per cent of those benefits can be attributed to health benefits.
7: Protect the environment; Energy efficiency is a great way to reduce carbon footprint from UK homes and businesses. They are responsible for 80 percent of the national greenhouse gas emissions, implementing energy efficiency measures at work and home can significantly reduce your emissions contribution. The average business can reduce its emissions by 45% and the typical household can reduce its energy use (and by expanding its greenhouse gas emissions) by 25 to 30 per cent by investing in more energy efficiency measures;
8. Energy savings tips help you easily cut costs; Energy costs are often considered as a fixed cost of owning a home or business, with reductions only possible through pricey renovations. However, you can easily reduce your utility bills through simple energy conservation commitments or small energy-efficient purchases. Programmable thermostats, advanced power strips, and energy-efficient lighting can decrease your energy costs with almost no effort on your part.
9: Earn incremental returns on energy efficiency investments: Energy efficiency measures, no matter how small, are capable of generating utility savings over their service lives. However, your savings are usually proportionate to the cost of an energy-efficient upgrade – replacing light bulbs with Led lighting, upgrading your loft insulation can save hundreds of pounds in heating and cooling bills. Upgrades can range from simply plugging in smart power strips to an HVAC system overhaul. How little or how much you choose to invest in energy efficiency is completely up to you.
10:. Insulate yourself from rising electricity prices Utility electricity rates fluctuate seasonally and annually but have risen steadily in the last decade. This trend is likely to continue into the future. In addition to cutting your monthly electricity bills now, conducting energy efficiency improvements helps to insulate you from the financial impact of unpredictable sharp energy prices that could happen in years to come”. If you can’t measure it you can’t manage it” We offer businesses a total energy management system. We monitor the energy consumption and use profiles for all of your buildings from a single building to your Global portfolio. Supported by Artificial intelligence our analysts will quickly identify and report energy spike and use anomalies so that appropriate Immediate action can be taken Bill Validation using our independent data all energy bills can be validated and challenged for a refund where appropriate.
“The current draw on an LED light on an AC circuit is small, so in theory, you could use smaller wire than normal wiring for lighting, but in practice, you can’t go smaller than is allowable with a standard 6-amp circuit breaker, so you’ll be wiring it the same as for any other lighting.
LED Lights are cool to the touch do not present hazards. However, it’s a good practice to turn off your LED lights when not in use to save on electricity and extend the life span even further thereby increasing the savings.
YES:-Many LEDs have a rated life of up to 50,000 hours. This is approximately 50 times longer than a typical incandescent, 20-25 times longer than a typical halogen, and 8-10 times longer than a typical CFL. Used 12 hours a day, a 50,000 bulb will last more than 11 years. Used 8 hours a day, it will last 17 years! However, like most things in life you get what you pay for. There are cheap LED lights on the market so we recommend “Quality Brand names with a British standard kitemark
How much can you save by buying LED light bulbs? If you run a single incandescent bulb 5 hours a day for two years, it will cost you around £32 (depending on your energy rates). Most of that money is spent on electricity. If you run a single LED bulb 5 hours a day for two years, it will cost you £12. Not forgetting an LED light has a much longer life span which means yo do not have to replace it so often.
Soft white/warm white (2700 Kelvin): Best for bedrooms and living rooms; providing a traditional warm, cosy feel to them. Bright white/cool white (4100 Kelvin): Best in kitchens, bathrooms or garages; giving rooms a whiter, more energetic feel
A Heat pump is similar to a Refrigerator that works in reverse. A heat pump draws in low-grade ambient heat, compresses it and produces Quality High-grade heat for Hot water or General heating a well-designed heat pump will increase the ambient heat by a ratio of Five to One Collects heat at 10 deg C and produce heat at 50 deg C.
Example:- Case Study – Lea Valley & Case Study – Winterdale Cheese
Solar panels convert light from the Sun into FREE electricity that is connected into the buildings electrical main for consumption.
For more information follow this link here you will find a selection of successful heat pump projects and testimonials.