● Lower electricity bills: Solar panels can generate free electricity, which can significantly reduce your energy costs.
● Reduced carbon footprint: Solar panels use the sun’s power to generate electricity, which can help reduce your reliance on fossil fuels.
● Increased home value: Solar panels can increase the value of your home, typically by around 3%.
● Independence from the grid: Solar panels can generate your own electricity, which can help keep your lights on during grid outages.
● Low maintenance: Solar panels require minimal upkeep after installation.
● Climate versatility: Solar systems work well in a variety of climates.
Residential Solar PV
PV stands for Photovoltaics and means converting light into electricity.
Solar PV systems use cells, stored in a panel, to convert sun and daylight into electricity for you to use for free in your home.
A PV panel is a unit consisting of special cells that generate an electric current from sun and daylight. When the sun shines over the cells, an electric field is created.
We provide a full turnkey solution for residential customers nationwide (Survey, Design, Procure, Install and Maintain)
Commercial Solar PV
PV stands for Photovoltaics and means converting light into electricity.
Solar PV systems use cells, stored in a panel, to convert sun and daylight into electricity for you to use for free in your home.
A PV panel is a unit consisting of special cells that generate an electric current from sun and daylight. When the sun shines over the cells, an electric field is created.
We provide a full turnkey solution for commercial customers nationwide (Survey, Design, Procure, Install and Maintain)
We provide a solar system solution on both roof and ground mounted projects.
Businesses can sell excess electricity generated by their solar panels to utility companies.
Cost savings
● Solar panels can help businesses save money on their electricity bills, and in some cases, they can even cover a building’s entire energy needs.
Environmental impact
● Solar power is a clean and renewable energy source, which can help businesses reduce their carbon footprint.
Property value
● Solar panels can potentially increase the value of a commercial property.
Backup power
● Solar panels can provide a backup power source in the event of a power outage, especially if they are paired with a solar battery.
Revenue stream
● Businesses can sell excess electricity generated by their solar panels to utility companies.
● Use more renewable energy: You can use more of your low-carbon energy by storing it in a battery instead of exporting it to the grid.
● Reduce wasted energy: You can avoid wasting energy by storing it for later use.
● Be more cost effective: It’s more cost effective to store excess electricity than to export it.
● Power homes during peak demand: You can release stored energy when you need it most, such as during peak demand.
Residential Battery Storage
Residential battery storage, also known as a battery energy storage system (BESS), is a device that stores energy from renewable sources like solar or wind to power homes and businesses.
The most common types of batteries for residential use are lithium-ion and lead-acid.
You can install a battery storage system when you install a solar power system or add it to an existing system.
The cost of a home battery system without solar panels can range from £4,000 to £11,000, depending on the battery’s capacity, brand, technology, and the installer
Commercial Battery Storage
Commercial battery storage, also known as a battery energy storage system (BESS), is a system that stores electricity to be used when demand is high.
These systems can be installed on-site at a business and can be used to store electricity from renewable sources like solar panels or wind turbines, or from the power grid during off-peak hours.
Commercial battery storage systems can help businesses reduce their energy costs and become more sustainable.
Reduce reliance on fossil fuels
● By storing and using clean solar energy, businesses can reduce their reliance on fossil fuels.
Improve sustainability
● Businesses can use stored electricity to power their operations, which can help reduce their environmental impact.
Provide emergency backup power
● In the event of a brownout or energy rationing, businesses can use the stored energy in their batteries to keep their operations running.
Cut costs
● Businesses can store electricity when it’s cheaper and use it when it’s more expensive, which can help them reduce their energy costs.
● Faster charging
● Convenience
● Cost savings
● Reduces emissions
● Added convenience
● Better energy efficiency
● Cheaper EV charging
● Cleaner environment
● Environmental sustainability
Electric Vehicle Charging
An EV charger, or electric vehicle charger, is a device that provides electrical power to recharge plug-in electric vehicles (EVs). EV chargers are also known as charge points or electric vehicle supply equipment (EVSE).
EV chargers are essential for keeping the batteries of EVs and plug-in hybrid electric vehicles (PHEVs) charged. They come in two main types: AC charging stations and DC charging stations.
The charging plug that connects to the EV differs depending on the vehicle’s make, the country it was manufactured in, and the power output.
There are also differences between tethered and untethered EV chargers. Tethered chargers have a fixed cable that can’t be removed, while untethered chargers have a detachable cable.
Materials
● Common materials include polystyrene beads, mineral wool, and polyurethane foam. Polystyrene beads are often used because they’re effective at keeping heat in, don’t absorb moisture, and are quick to install.
Installation
● A specialist company needs to install cavity wall insulation because it involves drilling holes in the outside wall, injecting the insulation, and sealing the holes.
Benefits
● Cavity wall insulation can reduce heating and cooling costs, improve fire safety, and reduce your carbon footprint.
Cost
● Cavity wall insulation can save you money on your energy bills, and could pay for itself in as little as four years.
Cavity Wall Insulation
Cavity wall insulation is a material that’s installed in the gap between the inner and outer walls of a building to reduce heat loss and improve energy efficiency.
Insulation material is injected into the gap between the walls, trapping warm air and preventing it from circulating.
The most common material used for cavity wall insulation is polystyrene beads, which are effective at keeping heat in and don’t absorb moisture.
They are also quicker to install because they can be blown into the cavity.
External Wall Insulation
External wall insulation (EWI) is a method of adding insulation to the outside of a building’s walls, typically to prevent heat loss and improve weatherproofing:
Considerations:
EWI is not recommended for structurally unsound walls. It may also require planning permission.
Types of insulation:
Popular types of EWI include mineral wool, phenolic foam, EPS, wood fiber, and sheep’s wool.
● A layer of insulation material is attached to the wall.
● The insulation is covered with a render, cladding, or other finish, such as brick slips, tiles, or timber boards.
● Improve weatherproofing and sound resistance
● Reduce condensation and damp on internal walls
● Increase the lifespan of walls
● Save energy and money
● Improve the appearance of the building
● Reduced heating bills: IWI can help make a home warmer and reduce the amount of energy needed to heat it.
● Increased property value: IWI can increase the value of a property.
● Reduced risk of condensation: IWI can help reduce the risk of condensation and mold growth.
Internal Wall Insulation
Internal wall insulation (IWI) is the process of adding insulation to the interior of a building’s external walls. It’s also known as drylining.
IWI can help improve a building’s energy efficiency and thermal performance.
It’s often used when external wall insulation isn’t possible or desirable, such as in buildings with planning restrictions or technical limitations.
Loft Insulation
Loft insulation is a material that’s installed in the space between the roof and the ceiling of the top floor of a building to reduce heat loss and improve energy efficiency. It works by trapping heat in air pockets, which helps to keep your home warm in the winter and cool in the summer.
Loft insulation can be made from a variety of materials, including: mineral wool, cellulose, fibreglass, foam boards, and sheep’s wool.
It’s usually installed in rolls, batts, or loose-fill insulation.
● Lower energy bills: Loft insulation can reduce heating costs by up to 20%.
● Improved comfort: Loft insulation helps to regulate the temperature of your home, making it more comfortable.
● Increased home value: Loft insulation can increase the value of your home.
● Reduced wear and tear on your boiler: Loft insulation can reduce wear and tear on your boiler.
● Reduce energy bills: By reducing heat loss, underfloor insulation can help reduce energy bills
● Reduce carbon footprint: By using less gas and electricity, underfloor insulation can help reduce a home’s carbon footprint
● Prevent pipes from freezing: Underfloor insulation can help prevent pipes from freezing in the winter
● Improve EPC rating: Underfloor insulation can increase a home’s Energy Performance Certificate (EPC) rating
Underfloor Insulation
Underfloor insulation is a layer of insulating material that’s installed beneath a home’s floorboards to prevent heat from escaping and keep the home warm in the winter and cool in the summer.
It can be installed in a number of ways, depending on the type of flooring.
Room In Roof Insulation
Room in roof insulation (RIRI) is a process that involves installing rigid insulation boards between rafters and underneath plasterboard walls in a roof space that has been converted into a room.
The boards are typically made from polystyrene or polyurethane, and can be cut to size to create a barrier that prevents heat from escaping.
● Keeps rooms warm: RIRI prevents heat from escaping through the roof, keeping the room cozy and the whole house warm
● Reduces energy bills: RIRI can help reduce energy bills by keeping heat inside the home
● Increases property value: RIRI can increase the value and desirability of a home
● Waterproofing: RIRI helps keep the room waterproof
● Energy savings: Boilers are more efficient than other heating systems, so they use less energy and can help you save money on your energy bills.
● Longer life: Boilers can last up to 30 years or more with proper maintenance. They have fewer moving parts than other heating systems, which makes them less susceptible to wear and tear.
● Quick heating: Boilers heat up quickly, so you can feel the warmth more quickly.
● Peace of mind: Regular maintenance can help ensure that your boiler is operating safely and efficiently.
● Environmental benefits: Boilers can help reduce your carbon emissions and other pollutants.
● Increased property value: Installing a new boiler can increase the value of your home or business.
Boilers
There are different types of boilers, including combi boilers, system boilers, and regular boilers. Combi boilers are efficient and require less maintenance, but they can’t supply hot water to multiple taps or showers at once.
System boilers are designed for homes with more than one bathroom and provide a constant supply of hot water. Regular boilers are linked to a hot water cylinder and a cold water storage tank, and are a good option for homes with multiple people or frequent hot water use.
The size of boiler you need depends on the size of your home, the number of radiators, and how much hot water you use. A heat loss calculator can help you estimate the size of boiler you need.
Regular maintenance is important to keep your boiler safe and efficient, and to keep your warranty valid. The average life of a boiler is 10 to 15 years, but regular maintenance can extend this. Some signs that your boiler may need to be replaced include: frequent repairs, strange noises or smells, water temperature fluctuations, visible leaks, and yellow flame.
Programmer / Thermostat
Heating controls can help you save money on your heating bills, reduce your carbon footprint, and make your home more comfortable.
You can save up to 30% on your heating bills by using heating controls. Heating controls can help you avoid over-heating and wasting energy by allowing you to regulate the temperature of your home.
Residential thermostat controls allow you to regulate the temperature of your home and reduce your energy bills.
A thermostat that can be connected to your boiler and controlled remotely using an app, voice assistant, or other means. Smart thermostats can learn your schedule and automatically adjust your heating.
● Comfort
You can keep your home warm and comfortable without wasting energy.
● Carbon footprint
You can reduce your carbon emissions by using heating controls to save energy.
● Boiler life
More consistent temperature regulation can help to prolong the life of your boiler.
● Flexibility
You can select areas of your home to heat and set the temperature for each room.
● Wireless options
Wireless thermostats are a convenient alternative to hard wired thermostats and are ideal for extensions or relocating a thermostat.
● Improved comfort: TRVs allow you to set different temperatures for each room, so you can have the perfect level of warmth in every space.
● Reduced energy costs: TRVs help you avoid heating rooms that aren’t in use, which can significantly lower your energy bills.
● Reduced carbon footprint: TRVs help you reduce your impact on the environment by only heating rooms when needed.
● Efficiency: TRVs help you use your heating system more efficiently.
● Easy to use: TRVs automatically manage your heating system, so you can set the temperature and relax.
● Part of building regulations: TRVs are now required by building regulations.
Thermostatic Radiator Valves
Thermostatic radiator valves (TRVs) are devices that automatically adjust the temperature of a room by regulating the flow of hot water to a radiator:
TRVs sense the air temperature in a room and open and close the flow of hot water to the radiator.
They contain a thermostatic liquid that expands or contracts depending on the room temperature.
TRVs can help you save money on heating bills by heating your home more efficiently.
They allow you to set different temperatures for each room, so you can have a cozy living room while keeping the bedroom cooler for sleep.
Residential Fan
Residential fan control is the management of the speed of electric fans in a home.
Fan controls can help reduce noise, save energy, and extend the life of the fan.
There are several types of residential fan controls.
Fan speed controllers, thermostat fan settings, motion sensing fan control units, fan control knobs
These units can turn off the fan when no motion is detected.
They can also include other automatic controls, such as timers and humidity sensors.
● Energy efficiency
Adjusting the speed of a fan can reduce energy consumption and help you save money on your energy bill.
● Air circulation
Fans increase airflow, which helps distribute conditioned air and evaporate moisture. This can help with stuffy rooms.
● Improved air quality
A whole house fan can prevent indoor air from becoming stagnant, which can make your home smell fresher and reduce the chance of airborne viruses.
● Temperature control
A fan’s reverse function can rotate it clockwise to draw cool air upwards, which can help ensure an even temperature.
● Improved energy efficiency
CHP units can operate at around 75% efficiency, which is much higher than the national average of around 50% for separate heat and power services.
● Reduced carbon emissions
CHP units can reduce carbon emissions by up to 30% compared to conventional generation methods.
● Lower operating costs
CHP units can significantly reduce energy costs, with typical users saving around 20%.
Combined Heat & Power
A CHP unit, or Combined Heat and Power unit, is a piece of equipment that produces both electricity and heat simultaneously. CHP units are highly efficient and can reduce carbon emissions by up to 30% compared to conventional generation methods.
CHP units can be used in a variety of settings, including individual buildings, district energy systems, microgrids, and utilities. They can use a range of fuels, including fossil and renewable sources.
CHP units work by capturing and using the heat that is a byproduct of the electricity generation process. This heat can be used to meet heat demands that would otherwise require a boiler or other conventional heating source.
