Eco Server Park The Responsible Power Ready Location

Transcription

1

2 Eco Server Park The Responsible Power Ready Location Power generation at site, multiple redundancy, transformers in place. Green power biomass, hydro, wind and solar. Site fully owned by the local grid company. One single negotiation point for land, power, fiber, cooling, etc.

3 Eco Server Park Climate and environment: Carbon Footprint PUE Climate Infrastructure: Power grid Fiber infrastructure Power, heating and cooling from CHP Site: Owner of the property Building permissions Site Access Flooding Archaeological issues Contacts: List of contacts Near zero global Close to zero as a part of the our energy system Average annual temperature 5 C. >25 C is 22 days Already at site In place CHP at site and wind power Falu Energi & Vatten Simple procedure (no other future building plans) 2 km to Highway, 25 km to Airport, 2 h train to Stockholm No risk for flooding Falu Energi & Vatten take care of that Falu Energi & Vatten main contact

4 Eco Server Park Falun, Sweden OWNER Falu Energi & Vatten AB a multi-utility company owned by Falu Municipality LOCATION Falun, Dalarna county. Coordinates Lat: Lon: (WGS 84) SITE CHARACTERISTICS CLIMATE POWER CONNECTIVITY COOLING Greenfield, undeveloped land, The site has excellent ground conditions and is zoned for industrial use. Total area 200,000 m², buildable area 70,000 m² Average annual temperature 5 C. Average number of days per year with max temperature >25 C is 22 days. Power ready. Transformer in place. Load to site 16 MW, 10 kv Load to site 16 MW within 3 months of order. Redundant 11 MW from existing 10 kv Grid. Maximum expandable load to site 100 MW. Redundant dark fiber < 200 m from site. Fiber provider is Falu Elnät AB (subsidary of Falu Energi & Vatten AB). There are also other fiber providers in the area for redundancy. District Cooling, 6 C Free cooling October to April. From May to September, absorption cooling machines cooling based on biomass and contributes to basis for the production of renewable electricity. HEATING & HEAT RECOVERY The surplus heat from the server center can be recovered for the district heating network. ELECTRICITY COST EFFICENCY The site is supplied with renewable electricity. Area for Solar Power production is available close to site. Through the proximity of infrastructure and the possibility to heat recovery the investments, maintenance and operations cost will be lower than average.

5 Surroundings National Ski Stadium Falun Stockholm Borlänge Science Park FALUN Dala Airport Dalarna University Regional Hospital Rail Road Falun Sthlm 2.5h Swedish Transport Administration

6 Eco Server Park, Falun Sweden 400 m Production site for electricity, heating and cooling placed outside the safety zone 240 m No future building plans for this area

7 Falu Energi & Vatten Awards for work in the field of climate and the environment Falun Energi & Vatten is the first company in the world to offer district heating, district cooling and electricity with Good Environmental Choice labeling (equivalent to Green Seal) to all of its customers. The Swedish Environmental Protection Agency has chosen to support us, highlighting our district cooling efforts as particularly good and effective measures for limiting greenhouse gas emissions Certificate of Merit - District Energy Award, Paris, France Certificate of Merit - District Energy Climate Award, Copenhagen Denmark. Hononrary Mention - Swedish district heating (industry association)

8 Power system Falun, Sweden Falu Elnät AB

9 Eco Server Park Power infrastructure 16 MW Existing Power Grid New feeders 10 kv redundant Existing substation New substation 10 kv

10 Power supply Stage 1: 16 MW Available load to site 16 MW, 10 kv Redundant 11 MW, 10 kv Time: Available today Infrastructure upgrade: 1 km, 10 kv 2//500 cable, 3 months.

11 Power supply Stage 2: 40 MW Available load to site 40 MW, 10 kv Redundant : 40 MW, 10 kv Time: 1 year Infrastructure upgrade: New transformer 50/10 kv 1 km, 10 kv 2//500 cable 2 km, 10 kv 2//1200 cable

12 Power supply Stage 3: 100 MW Available load to site 100 MW, 50 kv Redundant: 40 MW, 50 kv Time: 2 years Infrastructure upgrade: New transformer 130/50 kv 50 kv substation at site 1 km, 50 kv 2//500 cable 2 km, 50 kv 2//500 cable

13 Eco Server Park Fiber infrastructure Existing City Net fiber grid New fiber redundant Existing Fortum fiber Existing Trafikverket (Rail Road) fiber Existing City Net node

14 Eco Server Park Fiber infrastructure Norrsken AB with partners

15 Eco Server Park Fiber infrastructure ICT Consists of km fiber optic cable. From border in the north to Trelleborg in the south with connections in Copenhagen and Oslo.

16 Carbon Footprint Eco Server Park, Falun ~18 g* 0,03** Data center placed in other location, Nordic region*** ~264 g* 2,21** Data center placed in other location, Global**** ~816 g* 3.73** * CO 2 equiv. by used kwh server electricity. ** Total use of primary energy by used kwh server electricity *** In the Nordic region the calculations is based on electricity produced Nordic residual mix. **** Globally, the are calculations based on electricity produced with coal. The calculation is based on a new site effect on the global climate, taking into account that no new renewable energy production is added. This estimate refers to the total use of energy in a global energy system. From natural source to use in the server. Including cooling and recovery of energy from the server.

17 Our 100 % renewable energy production HYDRO POWER BIOGAS POWER WIND POWER SOLAR POWER ELECTRIC VEHICLES +CHARGER CHP HEATING COOLING FALUN POWER WOOD PELLETS HEATING WOOD PELLETS HP BIOMASS INDUSTRY

18 More renewable energy production with a data center HYDRO POWER BIOGAS POWER WIND POWER SOLAR POWER ELECTRIC VEHICLES +CHARGER DATA CENTER HEATING COOLING HEATING COOLING FALUN POWER CHP POWER WOOD PELLETS HEATING WOOD PELLETS HP BIOMASS Only more biomass added as fuel INDUSTRY

19 15 MW 52 GWh 7 GWh DATA CENTER /kwh $/kwh SEK/MWh Total cost** 0,1060 0, **Total variable cost for server operation 15 MW 30 GWh 17 MW 62 GWh 15 MW 25 GWh POWER /kwh $/kwh SEK/MWh Estimated spot price 0,0402 0, Certificate 0,0029 0, Energy tax 0,0340 0, Adm. fee 0,0023 0, Distribution fee 0,0067 0, Total electricity cost* 0,0861 0, *Not including connection fee/investment for upgrade of infrastructure and fixed fee to network company (annual) HEATING /kwh $/kwh SEK/MWh District cooling 0,0348 0, Heat recovery -0,0232-0, Total cost cooling 0,0116 0,0148 COOLING

20 15 MW 52 GWh 7 GWh DATA CENTER /kwh $/kwh SEK/MWh Total cost** 0,1060 0, Total cost** 0,0777 0, **Total variable cost for server operation 15 MW 30 GWh 17 MW 62 GWh 15 MW 25 GWh POWER /kwh $/kwh SEK/MWh Estimated spot price 0,0402 0, Certificate 0,0029 0, Energy tax 0,0102 0, ,9 Adm. fee 0,0023 0, Distribution fee 0,0067 0, Total electricity cost* 0,0624 0, ,9 *Not including connection fee/investment for upgrade of infrastructure and fixed fee to network company (annual) HEATING /kwh $/kwh SEK/MWh District cooling 0,0348 0, Heat recovery -0,0232-0, Total cost cooling 0,0116 0,0148 COOLING

21 Facts & Figures 16 MW Server Load, 40 % capacity use Electricity generation from biomass to server 100% PEF 0,03 CO 2equiv PUE site 1,05 PUE system 0,03 18g/kWh PEF = Primary energy factor PUE site Power Usage Effectiveness is the calculated use of electricity (MWh) to the server divided by the amount of biomass (MWh) used in the facility. PUE system Power Usage Effectiveness is the calculated use of electricity to the server divided by the amount of primary energy use.

22 Eco Server Park - Team Falun Bengt Gustafsson CEO Mobile bengt.gustafsson@fev.se Bengt Östling Business unit manager District heating, cooling and power production Mobile bengt.ostling@fev.se Per Dahlberg Business unit manager Power and fiber grid Mobile per.dahlberg@fev.se