Finnish Energy Model. Beijing

Transcription

1 Finnish Energy Model Beijing

2 Finnish Energy Club Founded in 2010 Club members are energy sector companies and different organisations Club wants to increase cooperation between countries and companies Share experiences between companies and countries Promote utilisation of best practises and renewable energies in the energy sector Is able to offer Turn Key solutions

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4 CHALLENGES TRENDS TARGETS Climate change - Carbon neutral energy - Waste to energy - Clean water Pollution-free air quality Urbanisation Digitalisation - Consumer s new role Sustainable Smart Cities - Circular economy

5 Turo Eklund

6 Helen s energy system has been awarded as the most efficient in the world. SUNZEP CHC CHP BIO HEAT OF WASTE WATER HEAT ACCUMULATORS HEAT PUMPS COOLING ACCUMULATORS DATA CENTERS

7 The energy chain The energy chain: End use transmission and distribution production and energy sources Philosophy to optimise the whole urban energy system High overall energy and cost efficiency with low climate impact Long term planning: 30+ years Systematic investment planning Monitoring and analysing energy demand development Monitoring development in european and national strategies and legislations Close cooperation with municipal city planning authorities ELECTRICITY DISTRICT HEATING DISTRICT COOLING

8 End use characteristics On european level low specific heat consumption: 38 kwh/y,m 3 On european level very low heat prices Efficient substations and inspection system Tariff system steering to wise customer choices Advanced energy reposting system and guidance services for customers Hourly remote reading and data collecting from heat meters Various customer information collected and analysed Monitoring and evaluating the development of heat demand: existing buildings, impact of reparations, new building codes New services and solutions for customers: SunZeb zero energy building concept, biofuel tariff, micro CHC solutions, No slippery ice and snow melting systems, solar panel solutions DH market situation Population Number(buildings) Housing, commercial, public and industrial customers Connected load End use Consumption Market share 93% 6800 GWh/a 3300 MW Average price 62 euro/mwh

9 Transmission and distribution Annual cut off time/customer < 2,5 hours Low heat loss level: 6-7% Low construction and maintenance costs on european level Low annual leak rate: 120 pc/1400 km No internal corrosion due to good water quality Optimized network control: Advanced control center Preventive maintenance philosophy: condition monitoring, service point classification, annual maintenence programs, pipeline reconstruction programs Ensured capacity: Large dimension tunnel pipeline systems (50 km) connecting production plants and enabling transmission of considerable energy amounts across city area Safety Reliability Ensured capacity Efficiency Decreased life-cycle costs

10 Production and heat sources Several plants and heat sources: CHP, peak load boiler plants, heat pump plant, absorption chiller plants, sea water free cooling Share of waste heat and cooling increasing: sewage water, waste heat from different sources e.g. data centres Increasing use of renewable energy sources like solar energy and biofuels Increasing number and capacity of solar panel plants DH production 4 CHP plants, total heat capacity 1300 MW Annual share of CHP heat 90% 10 HOB plants, total capacity 2000 MW Heat pump plant 90 MW Annual production efficiency 90%

11 CO2-neutral energy production in 2050 Helsinki is a forerunner in flexible, eco-efficient and sustainable energy production. The story of smart energy solutions continues: Helen LTD aims for a carbon neutral Helsinki in To achieve this, energy company is continuously developing new technologies and innovations.

12 Awards The EU has ranked DHC and CHP in Helsinki as Best Available Technology in International Energy Agency IEA has awarded Helsinki for superior solutions for climate change mitigation in Euroheat&Power and IEA has awarded Helsinki the Best District Cooling System in th Global District Energy Climate Award

13 Mikael Maasalo

14 Together to sustainable district heating 5.0 History: Helen Efficient DH system CHPs based on natural gas and coal Energy efficient city planning and building standard Today: Helen 4.0 Fully integrated DHC system operational More distributed generation: heat pumps, solar energy More waste heat sources utilised Large heat and cooling storages operational Comprehensive remote opearation and network control system Net based and mobile energy reporting and management system for customers Wide variety of services and products available for customers High overall energy system efficiency

15 Together to sustainable district energy Future: Haidian : Ensuring world class performance of the current DH operations 5.0: Utilizing globally leading practices in future development Flexible, integrated and sustainable DHC system platform All distributed RES and waste heat used: geothermal, solar, WtE, etc Storage and flexibility: Integration of heat and electricity Optimized system with IoT, available information and automation Demand side response and smart heat solutions at consumer level New products to consumers We could join forces and implement Case Helen solutions in Beijing, and in the future develop a leading global - first ever - Sustainable District Energy 5.0 platform

16 Implementing together Strategic foundations of concept Concept development Concept implementation

17 Implementing together Strategic foundations of concept Future energy demand Potential for sustainable energy sources Potential for emission reduction, energy efficiency and smart Current status of operations, resources and business model

18 Implementing together Concept development Concept blocks over time: Existing and new Potential technological solutions Customer, market, operations and business model development needs

19 Implementing together Concept implementation Detailed design and projectization Implementation of projects Operations and sales & marketing development and training

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