Reduses – Ampèrestraat 19D – 3861 NC Nijkerk, NL – Tel – – Applied gas engine heatpumps Thermal energy solutions in The Netherlands

Content >Background >Technology >Projects >Future

Background: Installect Group Sustainable energy concepts & advice Groundsource (ATES) & HP systems plug en play concept 70 kW to 12 MW Production of gas engine heatpump Energy management & service To ATES en HP systems

Reliable systems Management RealizationConceptualization

Why develop a gas engine HP? >Combination with ATES systems or waste heat source >Demand for higher temperatures in commercial buildings  Central heating  Hot domestic water >Increase ATES output on heating, or decrease ATES volume >High ambitions for sustainability

Technological concept

Overview Heat source(Ground) water, waste water EngineVW (VR6) gas engine RefrigerantR134a Heating capacity200, 300 and 400 kW Compressor typeRecipro piston(Bitzer) Number of compressors2 (except 200 kW machine) Power adjustment25 – 100 % (fully modulating) Temperature range heat source5°C - 30°C Temperature range heat supply45°C - 80°C COP heating5,22 – 7,48 (PER 2,23) Cooling capacity110kW – 230kW EER cooling2,66 – 4,47 (PER 1)

GW - Service side

GW – shaft side

Input - output In: Cold water return In: Natural Gas Out: Cold water supply (6°C) Out: 2x Hot water supply (55°C & 80°C) In: 2x Hot water return

Gasmotor >Volkswagen gasmotor >Longlife >Proven technology >Supply guaranteed

Compressors >Bitzer compressors >Industrial product >Proven technology >Supply guaranteed

Heat exchangers >Alfa-laval heat exhangers >Industrial product >Proven technology >Supply guaranteed

Controls >Standardized software >In house software engineers

Maintenance > Larger oil reservoir; > Longlife spark plugs; > Oil filters, air filters, all longlife; > Life expectancy hours (equivalent 1,8 million Km), depending on deployment > Automatic maintenance warnings > Major maintenance at hours;

Current status >18 projects realized, 3 in progress >Mechanically stable >Software fully developed >Tested for European H-gas quality >Preparing for export readiness >Elected “hottest heatpump 2014”

Projects & Concepts MarketProject Care Hospitals Renovation offices Datacenters Theaters In progress

Our approach First: make base load energy demand sustainable by: >Analyzing energy flows in production process >Analyzing energy flows in utilities  Heating  Cooling  Hot domestic water >Matching and/or buffering energy flows >Saving energy costs and exploitation costs

What is “sustainable” Analyzing and understanding client’s process >Reliability >Energy saving and exploitation costs during lifecycle >Integrated (overarching) approach Process is leading. Sustainability follows.

Project example: hospital >GW installed in central boiler room >Produces heating and domestic water instead of steamboiler >Produces cooling water instead of chiller >Simultaneous production of heating and cooling >Baseload covered >Alternatives for peak load and back-up >ROI < 3 years >PER > 3 >Combined heating & cooling for € 0,016 / kWh ! ( with gas price € 0,45/m 3 )

Simultaneous heating / cooling Boiler steam Chiller Gas engine Heatpump Efficiency 55%COP cooling 3,5 100% cooling 200% heating, hot domestic water 110 % natural gas181 % natural gas83% natural gas 133% heat dissipation to outside air 100% cooling 100% heating, hot domestic water Old situation PER total 0.68 New situation PER total 2,9

Project example: datacenter >ROI < 3 years > kg CO 2 reduction >> m³ natural gas saved

Future >Export in EU >Propane as a natural coolant >Focus on higher temperatures (60 – 80) >Outdoor installation >Trigeneration (Heating, Cooling, Electricity)

Reduses – Ampèrestraat 19D – 3861 NC Nijkerk, NL – Tel – – Thank you for your attention questions?