Renewable and Low Carbon Technologies
Significant energy savings and reputational benefit can be achieved by installing renewable and low carbon technologies. Our feasibility studies support you in making informed commercial decisions in the context of your wider business objectives.Feed In Tariff
Financial incentives are available for installed Solar PV under the Government’s Feed in Tariff scheme, improving the business case for the technology. We provide independent, impartial advice on a range of schemes that may benefit your business.
Demand Response
Receive financial incentives by reducing or shifting electricity usage during peak periods to assist balancing of supply on the UK grid.Battery Storage
Improve supply resilience and participate in demand response schemes by investing in battery technology which is a rapidly evolving technology in the market.
High Efficiency Air Filters
Save energy and improve air quality through the use of the most efficient rated air filters on the market. Make the switch the next time air filters are due for replacement.Retrofit High Efficiency EC Fans
Significant efficiencies, typically circa 30% on traditional AC motors, can be achieved by upgrading to the latest EC fans on condensers and AHU plant.Heat Reclaim
Improve efficiency and save energy by reclaiming heat from exhaust air to pre-heat supply air, thereby reducing the demand on the supply air heating coil.Inverters / Variable Speed Drives (VSDs)
The energy required by pumps and fans can be halved with the effective application of Variable Speed Drives. This can have a significant impact on the cost of operating a building.
Inverters / Variable Speed Drives (VSDs)
The energy required by pumps and fans can be halved with the effective application of Variable Speed Drives. This can have a significant impact on the cost of operating a building.
Power Factor Correction
If your building has a poor power factor rating it can add significant costs to your energy supply invoice. We can correct this with the application of capacitors to offset reactive power and improve supply efficiency.Electrical Installation Condition Report (EICR)
Compliance is a legal requirement and will mitigate the risk of power outages, identify health and safety issues associated with the electrical installation and ensure your building meets the ‘Electricity at Work Act’ regulatory requirements.Portable Appliance Testing (PAT)
Compliance is a legal requirement and ensures electrical appliances are safe for use and meet the ‘Electricity at Work Act’ regulatory requirements.
Voltage Management
Energy savings, in some instances, can be achieved through reduction of voltage. We will provide a feasibility study to support you in making a commercial decision, based on factual analysis and financial modelling.Super Low Loss Transformers
Energy savings from 5-10% are achievable by selecting a super low-loss model when installing a new transformer.
Boiler Optimisation Controls
Typically, savings of 10% are achievable through the installation of boiler optimisation controls, which prevent boiler dry cycling.Validation of HVAC Plant System Design
Costs are minimised over the lifecycle of the asset through effective design of HVAC plant – our independent review, including consideration of technology type and sizing, will ensure no cost saving opportunities are missed.Combustion Test Monitoring
Energy savings are achieved through corrective action when boilers are performing below standard, our combustion test analysis outlines whether there is a need to optimise boiler performance and realise bottom line cost reductions.Burner Upgrades / Burner Management Systems
Save energy by upgrading older burners to higher efficiency options and installing a burner management system, whilst removing the capital costs associated with a full boiler replacement.
CHP Feasibility Studies
Implementation of a Combined Heat and Power (CHP) system can deliver significant cost savings. Our feasibility study will assist you in making commercially focused decisions in the context of your specific project and load demands.Monitoring CHP Performance (Design v Actual)
Inadequately maintained systems are notorious for poor performance. Correct metering and monitoring enables efficiency to be calculated to avoid energy wastage.CHP Quality Assurance (CHPQA) Scheme
Take advantage of Government financial incentives if you operate a CHP and meet the required efficiency parameters. We provide independent, impartial advice on a range of schemes that may benefit your business.BMS / Controls Reviews
Typically, real cost savings of 5% to 20%, are achieved through implementing low or no cost measures associated with optimising plant controls. We work with BMS providers and engineers to support you in realising the cost benefits identified in the review.
Renewable and Low Carbon Technologies
Significant energy savings and reputational benefit can be achieved by installing renewable and low carbon technologies. Our feasibility studies support you in making informed commercial decisions in the context of your wider business objectives.Validation of HVAC Plant System Design
Cost savings are achieved throughout the lifecycle of an asset through intelligent design at the outset. Our independent review, which includes consideration of technology type and sizing, will ensure no missed opportunities when planning the installation of your HVAC system.Renewable Heat Incentive (RHI)
Take advantage of Government financial incentives for use of renewable heat technologies that meet the required efficiency parameters. We provide independent, impartial advice on a range of schemes that may benefit your business.BMS / Controls Reviews
Typically, real cost savings of 5% to 20%, are achieved through implementing low or no cost measures associated with optimising plant controls. We work with BMS providers and engineers to support you in realising the cost benefits identified in the review.
Evaporative Cooling Mesh / Adiabatic Cooling
Efficiency savings, typically 10% to 20%, are made through this retrofit technology for air cooled chillers, dry air coolers and refrigeration plant.Retrofit High Efficiency EC Fans
Significant efficiencies, typically circa 30% on traditional AC motors, can be achieved by upgrading to the latest EC fans on condensers and AHU plant.Air Conditioning Inspections (TM44)
We typically identify energy savings of 5% to 10% of air conditioning usage when completing mandatory 5 yearly inspections for cooling systems rated over 12kW.Chiller Performance Analysis
Save up to 30% of cooling system energy usage by monitoring the chiller’s refrigeration cycle. On average only 13% of chiller systems run at optimum efficiency.Validation of HVAC Plant System Design
Costs are minimised over the lifecycle of the asset by through effective design of HVAC plant – our independent review, including consideration of technology type and sizing, will ensure no cost saving opportunities are missed.
Continuous Commissioning
Avoid energy wastage by regularly reviewing and fine tuning controls to maintain plant efficiency as demand and environments evolve over time.BMS / Controls Reviews
Typically, real cost savings of 5% to 20%, are achieved through implementing low or no cost measures associated with optimising plant controls. We work with BMS providers and engineers to support you in realising the cost benefits identified in the review.