Termis Optimization of your heatingcooling networks Presented by

Termis Optimization of your heating/cooling networks Presented by: Esa Teppo, Planora Oy Confidential Property of Schneider Electric

Termis Optimize Cooling and Heating systems • Confidential Property of Schneider Electric | Page 2 Over 300 references worldwide

Where this solution can help you: Termis applies to cooling and heating systems Typical customers are district cooling and heating utilities and university campuses Confidential Property of Schneider Electric | Page 3

Get more out of your heating/cooling network investments ? SCADA District Energy Plant 20 % Confidential Property of Schneider Electric | Page 4 Distribution network Investment 80 %

The Challenges… Ø District energy utilities are expected today to reduce energy consumption and CO 2 emissions. Ø District energy managers have little or no idea of what happens to the energy once it leaves the plant. SCADA systems allow for a partial monitoring of the network, but it does not provide the option to manage the network efficiently with fluctuations in demand changing weather conditions. Confidential Property of Schneider Electric | Page 5

…Our Solution: Termis Ø Termis is an advanced operation tool for optimizing cooling and heating systems Ø Reduces the energy usage, costs and CO 2 emissions while ensuring the required level of service Ø Reduces O&M risks and costs: Predict the network behaviour and see what will happen before it happens Ø Improves service and planning: Plan ahead and save time and money Ø Builds on existing data and IT: Gives existing software systems new functionalities Confidential Property of Schneider Electric | Page 6

Termis Overview Up to Benefit from a tool designed for operators and SCADA integration into Schneider Electric or 3 rd party systems: Up to Ø Dynamic temperature optimization: Minimizes heat losses and maximizes heat / cooling storage capacity, all in real time Ø Production Scheduler: Provides the best possible production scenario is chosen to ensure minimum production cost at the service level required Reduction of energy costs Increase in operational efficiency Up to Reduction of CO 2 Ø Forecast network behaviors, what if scenarios based on real-time data Ø Augmented reality: Reaches where SCADA does not get with virtual sensors and network wide monitoring Confidential Property of Schneider Electric | Page 7 Termis has proven to provide a positive ROI in less than 18 months

Functional overview Confidential Property of Schneider Electric | Page 8

Termis Temperature optimization ● Determines anchor points for the inlet temperature of the plants, so that the total heat loss in the network is minimized T 1 T 2 Tmin 1, Tmin 2 T 3 > While at the same time ensuring comfort temperature at the consumers Confidential Property of Schneider Electric | Page 9

Termis is the most advanced, effect full and extensive simulation tool for improving system design and operation in district energy plants. Termis is the district energy plants’ tool for improving: > Energy consumption and hydraulic performance While reducing: > Energy cost > Operation cost > Customer complaints > Capital investments Confidential Property of Schneider Electric | Page 10

Termis Temperature Optimization The underlying Termis model accurately calculates: > Heat loss in the network > Transportation time for heating from plant to consumer > Storage capacity of the pipes and any heat storage tanks Heat storage – eg. to accomodate morning peaks – is automatically recommended if it is economically viable. Changes in fluctuations are handled in due time Smooth operation at minimum cost – saves energy! Confidential Property of Schneider Electric | Page 11

Termis Real-time color mimic Confidential Property of Schneider Electric | Page 12

Termis Temperature Optimization Fully integrated in your SCADA system Prior knowledge of hydraulic is not neccesary Easy to get started Confidential Property of Schneider Electric | Page 13

Termis Temperature Optimization Benefits > Reduction in heat loss: Typically 10% of the current heat loss > Reliability in operation > Fluctuations in temperature are moved into the plant instead of being at the consumer -> saving costs in the net Confidential Property of Schneider Electric | Page 14

Termis Temperature Optimization Simplified savings calculation: Reduction = 1 - (((Tfo –Tout) + (Trn – Tout)) / ((Tft – Tout) + (Trt – Tout))) Tft = Supply side temperature, not optimized Trt = Return side temperature, not optimized Tout = Average outside temperature Tfo = Supply side temperature, optimized Trn = Return side temperature, optimized (normally equal to return side temperature not optimized) Confidential Property of Schneider Electric | Page 15

Termis Temperature Optimization in practice Hørning district heating > > > 22 MW pump maximum 420 m 3/hr 2550 consumers industry/private 2 heat plants Hørning uses IGSS Confidential Property of Schneider Electric | Page 16

Termis Temperature Optimization Reduction (%) at 5°C Reduction (%) at 10°C Price energy Heat loss/year = = 8. 68% 17. 36% 70. 59 DKK/GJ 46 TJ At 5°C = 8. 68% x 46 TJ x 70. 59 DKK/GJ = 282, 000 DKK/yr or 38, 000 €/yr At 10°C = 17. 36% x 46 TJ x 70. 59 DKK/GJ = 564, 000 DKK/yr or 76, 000 €/yr Temperature Optimization in practice Hørning district heating Confidential Property of Schneider Electric | Page 17

Questions Confidential Property of Schneider Electric | Page 18