Get Ahead With Disenco

• Produces all of the heat and hot water for the home.
• Typically generates up to 70% of the electrical consumption at peak times.
• Typically generates an equal amount of electricity for export distribution back to the power grid.
• Saves on average 4 tonnes of CO2 per annum for an average UK home.
• Can be specified to have grid independence with power generated in home when the power grid is down and a thermal load exists in the home.
• Operates at 92% efficiency generating electricity in the home as opposed to centralised gas and coal power generation at 48% and 31% efficiency as delivered to the home.
• Incremental payback in 3 to 5 years in UK under current price and subsidy regime in UK.
• Replaces at peak times 70% of the electricity cost of £.12 per kW hr with £.03 per kW hr natural gas cost.
• Generates income from the sale of electricity back to the power grid at returns in excess of £.06 per kW hr.

• The HPP can be installed on a cascade basis into systems of a significantly larger size.
• When combined with a thermal storage system of the HPP will deliver a heat/hot water output equal to larger condensing boilers of up to 120,000 BTU.
• Annual savings in electricity cost and Carbon Footprint allow for reduced costs in the business and enhanced Corporate Responsibility Statements to be made.
• 800,000 SMEs in the UK emit 12% of the total CO2 emissions of the UK: HPP installed in 20% of the UK, SMEs would save 13 million tonnes annually or 20 % of the UK SME CO2 output or 2% of the UK total output
• Savings on the combined energy bill recorded through net metering are available year on year
• Energy solution for social housing and fuel poverty sectors
• Key component of cost reduction for cost sensitive high energy sectors such as Schools, Nursing Homes  
• Benefits from the high thermal load of the SME.
• Installed as a “Cascade System: where the HPP could run up to 24/7, 365 days a year and the SME’s existing Boiler would top up heat and hot water requirements.
• Generates a consistent 3kW of electrical output with the provision of a consistent thermal load. 
• Can save between 5 and 14 tonnes of CO2 per annum for an SME running between 8 to 24 hrs per day.
• Reduces the proportion of electricity generated by the appliance from a cost of £.12 per kW hr to £.03 per kW hr reflecting the natural gas cost
• Generates income from the sale of electricity back to the power grid at returns in excess of £.06 per kW hr.
• Can be specified to have grid independence with power generated in the SME when the power grid is down and a thermal load exists in the SME.
• Incremental payback in 2 to 3 years with current price and subsidy regime in UK.