We take a hands on approach when it comes to site surveys. Ensuring we collate accurate data enables us to find the solutions tailored to your project objectives.
CONSULTATIONS
This stage of a project is pivotal, and we work collaboratively with our clients and partners to determine scope and feasibility as these are the driving force to successful execution.
DESIGN
Our experience team use the latest software to create designs that deliver in all aspects.
INSTALLATIONS
We pride ourselves on delivering seamless installations that are completed to the highest
standard. Our team is made up of skilled engineers, project managers and project administrators who are dedicated to meeting programme deadlines without compromising on quality, or accuracy.
MAINTENANCE
If you look after your products, they will look after you. Don’t wait for something to go wrong, as this can be costly. We offer ongoing routine maintenance contracts to keep your business running smoothly.
FUNDING
We provide guidance on the best source of funding for your decarbonisation project.
An ASHP generates heat for your property’s heating and hot water system from the outside air. They are designed to work all year round even in the cooler months – and with different heating systems. Whilst they do need to be running constantly they still produce more heat energy in kWh than electricity they use, making them more energy efficient than a traditional gas boiler. No fossil fuels are used so upgrading will significantly reduce your carbon emissions, and save you money.
Ground Source Heat Pumps
A GSHP uses the natural heat from the ground to provide heating and hot water to your Domestic / Commercial property. They are more efficient than an ASHP; especially in colder temperatures, as they extract the heat from deep underground where the temperatures are more constant than the outside air. GSHPs are more expensive due to the complexity of the installation, and sufficient outside space is required.
Biomass Boiler
Biomass boilers work the same way as your more common gas or oil boilers in that it burns fuel to supply heat and hot water to your property. However, the fuel burned is typically wood, in the form of logs, pellets or chips, stored in a compartment and automatically fed into the system. The addition of a hopper allows for extra fuel storage, reducing the top up frequency. How is burning wood reducing carbon emissions I hear you say? Burning wood or any other organic material is a lower carbon option than oil or gas, particularly when sustainably produced fuel is used.
Solar PV
Solar PV panels are traditionally installed on the roof of your property in a location where they will receive the maximum amount of sunlight during daylight hours, throughout the year. The light from the sun is absorbed by the panels generating electricity to power your home, and potentially more. Surplus electricity can be stored in a battery for using at a later date, or it can be sold back to the grid.
Solar Thermal
A solar thermal system relies on the heat from the sun to generate energy.
Each solar thermal panel absorbs the light and turns it into energy. The
energy generated is then used to heat your property and/or your water.
CHP
CHP technology uses a fuel source to produce electricity and heat simultaneously. The waste heat generated from the production of electricity is used to supply buildings with heating and hot water. Due to its potential 90% efficiency rate, reliability and reduced carbon emissions CHP systems are a sustainable energy solution for both business and households.
EV Charging Solutions
Electric Vehicles are becoming increasingly popular, and with the impending need for organisations to reduce their carbon footprint EV is the way forward. EV’s are powered by an electric motor that draws power from a rechargeable battery. They are available as fully electric – for emission free driving – or as a hybrid. Whichever your preference, an EV charger is the most efficient way to recharge your vehicle(s), and these can be installed in the workplace and in your home. Electric vehicles are much cheaper to run than petrol/diesel vehicles and can be powered by renewable energy.
LED Lighting
LED technology uses semiconductors to transform electrical energy into visible light. Very little energy is wasted as heat – unlike traditional alternatives – making them highly efficient. The benefits don’t stop there. LEDs have a longer lifespan so less frequent replacements; they produce instant light; have a lower heat output and added durability.
Power Factor Correction
Poor power quality can have an impact on your energy use. The power factor measures the effectiveness of the electrical power of AC circuits by reducing reactive power. Regular monitoring and correction enhances the efficiency of circuits and helps load balance, which overall can improve energy efficiency and reduce energy bills.
Air Source Heat Pumps
An ASHP generates heat for your property’s heating and hot water system from the outside air. They are designed to work all year round even in the cooler months – and with different heating systems. Whilst they do need to be running constantly they still produce more heat energy in kWh than electricity they use, making them more energy efficient than a traditional gas boiler. No fossil fuels are used so upgrading will significantly reduce your carbon emissions, and save you money.
Ground Source Heat Pumps
A GSHP uses the natural heat from the ground to provide heating and hot water to your Domestic / Commercial property. They are more efficient than an ASHP; especially in colder temperatures, as they extract the heat from deep underground where the temperatures are more constant than the outside air. GSHPs are more expensive due to the complexity of the installation, and sufficient outside space is required.
Biomass Boiler
Biomass boilers work the same way as your more common gas or oil boilers in that it burns fuel to supply heat and hot water to your property. However, the fuel burned is typically wood, in the form of logs, pellets or chips, stored in a compartment and automatically fed into the system. The addition of a hopper allows for extra fuel storage, reducing the top up frequency. How is burning wood reducing carbon emissions I hear you say? Burning wood or any other organic material is a lower carbon option than oil or gas, particularly when sustainably produced fuel is used.
Solar PV
Solar PV panels are traditionally installed on the roof of your property in a location where they will receive the maximum amount of sunlight during daylight hours, throughout the year. The light from the sun is absorbed by the panels generating electricity to power your home, and potentially more. Surplus electricity can be stored in a battery for using at a later date, or it can be sold back to the grid.
Solar Thermal
A solar thermal system relies on the heat from the sun to generate energy.
Each solar thermal panel absorbs the light and turns it into energy. The
energy generated is then used to heat your property and/or your water.
CHP
CHP technology uses a fuel source to produce electricity and heat simultaneously. The waste heat generated from the production of electricity is used to supply buildings with heating and hot water. Due to its potential 90% efficiency rate, reliability and reduced carbon emissions CHP systems are a sustainable energy solution for both business and households.
EV Charging Solutions
Electric Vehicles are becoming increasingly popular, and with the impending need for organisations to reduce their carbon footprint EV is the way forward. EV’s are powered by an electric motor that draws power from a rechargeable battery. They are available as fully electric – for emission free driving – or as a hybrid. Whichever your preference, an EV charger is the most efficient way to recharge your vehicle(s), and these can be installed in the workplace and in your home. Electric vehicles are much cheaper to run than petrol/diesel vehicles and can be powered by renewable energy.
LED Lighting
LED technology uses semiconductors to transform electrical energy into visible light. Very little energy is wasted as heat – unlike traditional alternatives – making them highly efficient. The benefits don’t stop there. LEDs have a longer lifespan so less frequent replacements; they produce instant light; have a lower heat output and added durability.
Power Factor Correction
Poor power quality can have an impact on your energy use. The power factor measures the effectiveness of the electrical power of AC circuits by reducing reactive power. Regular monitoring and correction enhances the efficiency of circuits and helps load balance, which overall can improve energy efficiency and reduce energy bills.
