Are you interested in using renewable energy for your home or your business? Synergy Renewable has the products and services for you.
Find the best Ground Source Heat Pump Companies
Synergy Renewable is a sustainable energy and heat specialist serving Newcastle, Sunderland, Durham, York, Middlesbrough, Darlington, and Harrogate in the North East of England.
Find out how you can work with their pleasant and helpful staff in this Synergy Renewable Review.
Table of Content
Synergy Renewable Overview
In this cottage restoration in Skeeby, we installed both integrated solar panels and an air-source heat pump. The solar panels were disguised in the roof.
The Synergy Renewable solutions strive for optimum return on investment and dependability, an awareness of your needs and motivations, and the visual impact on your property.
Services Offered By Synergy Renewable
Synergy Renewable offers a wide range of products and services that provide renewable energy. Here are some of the services they offer:
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Solar PV
Depending on the property and utility access to the residence, such as off the national grid, each solar photovoltaic array has advantages and disadvantages. Our certified technical surveyor will assist you in purchasing your new solar array to guarantee that you are not disappointed in the future. They can also offer their assistance for Solar PV installation
However, installing a solar PV array on your land should not be exclusively based on cost; you should also consider energy security.
The supply side of the electrical equation in the United Kingdom is not keeping up with demand. Due to EU emissions laws, eight of the UK’s coal power facilities will retire in the next three years, and part of our nuclear capacity will be decommissioned by the end of the decade. Experts believe that the UK will experience blackouts in the next years.
As a result, a solar photovoltaic system can lessen your dependency on energy suppliers, reducing the future impact of energy shortages on you and your family.
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Solar PV Upgrades
Different solar PV systems need somewhat different components. If you took advantage of the increased Feed-in Tariffs, you may be employing outdated technology. The efficiency of solar panels, inverters, and battery storage has considerably improved in recent years.
Battery Storage
Installing a solar battery storage system in conjunction with your solar PV array can help you get the most out of your solar energy while also saving money on your power bills.
Solar panels can only generate power when sunshine is present. This might be an issue when it’s dark or gloomy outside and you need electricity to power your house. You will frequently need to purchase electricity from your energy supplier in these situations since your solar panels will not be producing electricity for you to utilise.
You may avoid this problem by using a solar battery storage device. You may have a steady stream of free electricity powering your house by storing any unused electricity generated by your solar panels.
A solar battery storage system allows you to store the power generated by your solar panels and utilise it during peak hours or at night when the sun isn’t shining. You won’t squander any of the precious energy you generate if you do it this way.
This will increase the efficiency of your solar PV system, but it will also help you save money on your energy costs. As a result, solar battery storage systems can save you a lot of money in the long run.
Solarimmersion Hot Water
It’s preferable to use the power generated by your solar PV array in your house since you won’t have to pay the electricity provider 15p for it. You are eligible for the export tariff, only 5p/kWh if you sell the power back to the grid.
A solar diverter is one way to do this. These direct any unused energy from your appliances to your immersion heater, which helps to heat your water. The government-backed export tax will still apply even if you utilise your unused power to heat your water.
The electricity is diverted to immersion by these solar power diverters (also known as solar PV optimisers). They keep track of how much electricity is used in the house and how much is produced by the solar panels, and when there is a surplus, they redirect it to the immersion unit; without the power diverter, this electricity would be exported back to the grid.
Panel Replacement
The solar panel is the most important part of any solar photovoltaic system since it turns the sun’s energy into an electrical current. There are three primary types of solar panels now in commercial production (plus a hybrid variant), all based on silicon semiconductors.
Monocrystalline Solar Cells
Thin silicon wafers cut from artificially formed crystals are used to make this sort of solar cell. These cells are made up of single crystals produced in isolation, making them the most expensive of the three, but they have the greatest efficiency rating.
Polycrystalline Solar Cells
This form of solar cell is constructed from thin silicon wafers cut from artificially grown crystals. However, many interlocking silicon crystals are grown together instead of single crystals. Therefore, they are less expensive to manufacture, but their efficiency is lower than monocrystalline solar cells.
Amorphous Solar Cells
These are the least expensive solar cells to manufacture, are relatively new to the market, and are manufactured in a different way than the other two varieties. Rather than employing crystals, silicon is thinly placed on a backing substrate.
The amorphous solar cell has two distinct advantages: first, the silicon layer is so thin that it allows the solar cells to be flexible, and second, they are more efficient in low light conditions (like during winter).
This, however, comes at a cost: they have the lowest efficiency rating of the three kinds and require almost twice the panel size to provide the same output. Furthermore, no industry-wide production process has been agreed upon because this is a relatively new technology.
Solar PV Inverters
All of the power generated by the solar panels is direct current (DC), as opposed to the alternating current (AC) that is delivered through the grid and used in our houses (AC). As a result, most solar photovoltaic systems are now equipped with an inverter, which converts DC to AC and allows the user to sell the power back to the grid (in grid-tied systems) or use it in a variety of ways.
String Inverters
String inverters are used in grid-connected systems where solar panels are connected in series to form a string of panels. Each string of panels is linked to a string inverter, which converts DC current to AC for usage in the home or for resale to the grid. Imagine each thread as a little power plant that generates electricity.
The fundamental problem with string inverters is that if one of the panels in the string fails or generates less power (due to shading, for example), it affects the output of all the other panels in the string. Because they all run at the output of the weakest panel, even a tiny bit of shade or debris on your solar array might lower the entire output disproportionally.
Micro Inverters
These newer technology services each solar panel separately, requiring each panel to have its own micro inverter and act as a separate power station. As a result, micro inverters do not suffer the same performance drop as a result of shading since any power reduction in a single solar panel is handled by one micro-inverter, having minimal impact on the overall power output of the solar photovoltaic system.
Micro inverters are significantly more costly than string inverters. However, the enhanced performance (micro inverters produce 25% more power) and the fact that they are more dependable than string inverters offset this expense (warranties for micro inverters are up to 25 years).
Solar Servicing
Based on our years of solar experience, we propose a minimum yearly examination of your array to guarantee that you are getting the most return on your investment and that your system is operating according to the prescribed electrical regime.
Solar Panel Maintenance
The roof mounting and panels and the inverter are the two primary components of a solar panel system. The solar panels and roof mounting system are exposed to the elements of the UK environment, with wind putting strain on the PV system’s mechanical integrity and rain damaging both the panel’s electrical string connections and the roof sealing beneath the mounting system.
The inverters are the functional parts of a solar PV system, which receives and converts solar energy into usable AC electricity and contributes to your electrical compliance. The amount of power generated and the return on your solar PV investment is determined by the safe and efficient operation of the complete solar PV system.
As part of your yearly electrical compliance routine, our preventative solar panel maintenance plan is designed to help you reach and maximise your solar PV investment return and risk management. We propose regular solar panel maintenance for all PV systems, much like your vehicle’s MOT.
Sophisticated solar panel monitoring is now available, and it may immediately alert a maintenance expert to any possible generating concerns, allowing for fast correction before they become bigger, more expensive problems. Visit our Upgrades Page for additional information on maximising your return on investment.
Solar Panel Service and Repair
You face the danger of a possible failure if you don’t have a preventative maintenance plan in place, which will necessitate an immediate solar panel service or repair to detect the problem and get your system back up securely. This reactive strategy can be costly, and it can also leave your house without PV generation while our staff diagnoses and repairs the problem. Intermittent problems can go unnoticed for long periods of time if systems are not constantly monitored, resulting in severe losses in returns.
When your system is down or unable to perform to its full capacity due to a defect, it reduces the return on investment of your system. For health and safety concerns, we recommend that you do not identify a malfunction yourself if one is expected. Always seek guidance from your solar PV installer or service/maintenance company first.
Heat Pumps
Heat pumps utilise heat from the air, water, or earth and compress it using electricity, similar to how air conditioners and freezers do. Through the use of water in a wet central heating system, this compression enables the extracted warmth to heat up and subsequently be released into the conditioned environment.
When your system is down or unable to function to its full potential due to a flaw, it affects your system’s return on investment. If a malfunction is predicted, we recommend that you do not diagnose it yourself for health and safety reasons. Always ask your solar PV installer or service/maintenance firm for advice first.
Types of Heat Pump
Synergy offers a variety of systems based on your property’s specific requirements, each of which harnesses the heat energy from a different source. Each of these sources captures solar energy throughout the day, which may then be transformed into a renewable resource, heat, and used to heat your home in an ecologically beneficial way.
- Ground Source Heat Pumps – a borehole is used to extract heat from the surface soil or bedrock.
- Heat pumps that use surface water or an aquifer as a source of heat
- Heat pumps that draw energy from the outside air is known as air source heat pumps.
- Heat Pumps Using Exhaust Air – from Ventilation Air
Heat pumps intelligently heat your home, replacing traditional oil and gas boilers, which are normally 80-90 % efficient. As an all-electric system, heat pumps typically achieve yearly heating and hot water efficiency.
There are government incentives that can pay a significant percentage of the price of heat pump systems.
Synergy Renewable Contact Details
Find the answers to your questions bout energy-saving solutions, get in touch with Synergy Renewable through any of the following contact information. They can also answer your questions about the purchase and installation process of their different products.
Address: Cleveland Industrial Estate, 5 Silverlink, Forge Way, Darlington DL1 2PL, United Kingdom
Telephone Number: 01325 527538
Website: synergy-renewables.co.uk
Email: [email protected]
Synergy Renewable Energy can also install separate solar edge inverter for you.
Synergy Renewable Reviews
Synergy Renewable energy provides a very professional service to their customers.
We recently had an Hitachi Air source and Solar PV battery storage installed at our property by Synergy. All I can say is the whole experience was how it should be done, from initial enquiry & conversation, then survey through to installation, we were always kept informed, the products all seem good, and high quality, the price was competitive. I would not hesitate to recommend them, and would be happy to allow clients to see our installation. – Russell Jones
Synergy installed an Ground Source heat pump at my property. well priced reliable and professional throughout. Steve and Dave were very informative and couldn’t help more. would recommend. – Luke McComb
Summary
Through this Synergy Renewables Review, we found that they can provide different renewable energy options for their clients. They offer solar PV installation, solar PV battery upgrades, along with other options related to maximizing the power of the solar system. The Synergy Renewable team only works with a highly competent installation team made up of polite and pleasant installers. All in all, Synergy Renewable is an efficient organisation that is great to work with.
Best Ground Source Heat Pump Companies
Here is a full list of the best ground source heat pump companies in the UK:
- Abacus Energy Solutions Review
- Best Ground Source Heat Pump Companies
- Eco EnerG Review
- Energy Worx2 Review
- GD Electrical Review
- Geowarmth Review
- Heacol Review
- Marshall & Court Review
- Sustaburn Review
- Synergy Renewable Review
The list above gives you plenty of options to choose from in April 2024