GF 300 kW Biomass Boiler
RHI start date: 16th October 2012 – 8 years left on RHI tariff (approx.)
Our GF300 biomass boiler model can be used for various eligible applications such as: Rural properties and workshops, drying applications (excluding drying wood to be used/sold as logs/wood fuel), grain drying, retails areas, factories and more.
What could you gain?*
Tier rates
Tier 1 rate = 8.07 pence per kW | Tier 2 rate = 3.45 pence per kW
Based on a 30% load factor (utilising the boiler at 30% of its peak output capacity) you could receive….
Tier 1 = £31,811.94 | Tier 2 = £13,599.90
Potential combined RHI income per annum = £45,411.84
*Please note: All the above figures are based on theoretical operation calculations.
GF 175 kW Biomass Boiler
RHI start date: 18th February 2014 – 10 years left on RHI tariff (approx.)
Our GF175 is one of our smaller boiler models. It can be used for various properties such as: Rural buildings and workshops, log drying applications, grain drying, retails areas, factories and more.
What could you gain?*
Tier rates
Tier 1 rate = 13.16 pence per kW | Tier 2 rate = 3.45 pence per kW
Based on a 30% load factor (utilising the boiler at 30% of its peak output capacity) you could receive….
Tier 1 = £30,261.42 | Tier 2 = £7,933.27
Potential combined RHI income per annum = £38,194.69
*Please note: All the above figures are based on theoretical operation calculations.
GF 175 kW Biomass Boiler
RHI start date: 26th September 2014 – 10 years left on RHI tariff (approx.)
Our GF175 is one of our smaller boiler models. It can be used for various properties such as: Rural buildings and workshops, log drying applications, grain drying, retails areas, factories and more.
What could you gain?*
Tier rates
Tier 1 rate = 12.55 pence per kW | Tier 2 rate = 3.31 pence per kW
Based on a 30% load factor (utilising the boiler at 30% of its peak output capacity) you could receive….
Tier 1 = £28,858.72 | Tier 2 = £7,611.34
Potential combined RHI income per annum = £36,470.06
*Please note: All the above figures are based on theoretical operation calculations.
