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CHP, district heating and the role of decentralised energy in buildings Jonathan Graham Policy Manager 8 October 2014

CHP, district heating and the role of decentralised energy in buildings

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CHP, district heating and the role of decentralised energy in buildings. Jonathan Graham Policy Manager 8 October 2014. About The Chpa. Putting the energy user at the centre. CHPA Mission statement. - PowerPoint PPT Presentation

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Page 1: CHP, district heating and the role of  decentralised  energy in buildings

CHP, district heating andthe role of decentralised energy in buildings

Jonathan GrahamPolicy Manager

8 October 2014

Page 2: CHP, district heating and the role of  decentralised  energy in buildings

ABOUT THE CHPA

Page 3: CHP, district heating and the role of  decentralised  energy in buildings

Putting the energy user at the centre

Page 4: CHP, district heating and the role of  decentralised  energy in buildings

CHPA Mission statement

Our vision is for an energy system that is dictated by the consumers' needs rather than one that dictates to them, creating a more local, efficient and less costly energy system

Areas of focus:

Combined heat and power

Sustainable energy services

District heating and cooling

Energy Services

CHPDistrict Heat

Page 5: CHP, district heating and the role of  decentralised  energy in buildings

A few of the CHPA members…

Page 6: CHP, district heating and the role of  decentralised  energy in buildings

CURRENT AND FUTURE UK ENERGY SYSTEM

Page 7: CHP, district heating and the role of  decentralised  energy in buildings

UK Final energy use

Heat (46%)

Transport (41%)

Lighting and Appliances (8%)

Oil derived fuels

Gas

Power

Page 8: CHP, district heating and the role of  decentralised  energy in buildings
Page 9: CHP, district heating and the role of  decentralised  energy in buildings

On-site generation helps manage costs

General Price Inflation Autogenerators Industrial Energy Users0%

20%

40%

60%

80%

100%

120%

140%

Industrial electricity price increases as % (2004-2011)

Page 10: CHP, district heating and the role of  decentralised  energy in buildings

The need for smart systems

Now Future?

+5-9kW

+3-6kW

Page 11: CHP, district heating and the role of  decentralised  energy in buildings

Our current energy market

Customers

Vert

ically

Inte

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ted P

layer

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layer

Vert

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layer

Vert

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layer

Vert

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layer

Vert

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Supplier Push

Page 12: CHP, district heating and the role of  decentralised  energy in buildings

Our future energy market

Customers

ESCo

Dec

entr

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Gen

erat

or

Dec

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Gen

erat

or

Dec

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Supplier Push

Transmission Network

Distribution Network

VIP

VIP

VIP

VIP

VIP

VIP

Demand-Side Participation

Page 13: CHP, district heating and the role of  decentralised  energy in buildings
Page 14: CHP, district heating and the role of  decentralised  energy in buildings

Demand side approaches to energy

Fabric

Lighting

HVC & DHC

Pumps

M Motors

Controls

BehaviourO&M

Electricity

D3 services

• Demand reduction

• Demand response

• Decentralised generation

Supply-side

Demand-sidemeasures

Page 15: CHP, district heating and the role of  decentralised  energy in buildings

THE ROLE OF CHP AND DISTRICT HEATING

Page 16: CHP, district heating and the role of  decentralised  energy in buildings

Opportunity of energy inefficiency

Energy Flows in the Global

Electricity System

Source: IEA,CHP: Evaluating the Benefits of Greater Global Investment (2008).

2/3 of the fuel “we” use to produce power is wasted --

CHP can more than double this efficiency

Page 17: CHP, district heating and the role of  decentralised  energy in buildings

Why is CHP more efficient?

Page 18: CHP, district heating and the role of  decentralised  energy in buildings

CHP and security of supply

Page 19: CHP, district heating and the role of  decentralised  energy in buildings

185kW CHP

1MW CHP

4.7MW CHP

£31,000539TCO2

£200,0001,200T

CO2

£300,0003,500T

CO2

CHP provides lower costs and CO2

Costs saved CO2 saved

Page 20: CHP, district heating and the role of  decentralised  energy in buildings

CHP in the UK1,900 CHP schemes in UK, with 1,500 in commercial and services sector

At least £200m new investment last year

6.4% of electricity generation

70% is natural gas

Page 21: CHP, district heating and the role of  decentralised  energy in buildings

Fast-growing <2MW CHP sector

Page 22: CHP, district heating and the role of  decentralised  energy in buildings

Wholesale vs retail electricity price

2001

2003

2005

2007

2009

2011

2013

2015

2017

2019

2021

2023

2025

2027

2029

0.0

2.0

4.0

6.0

8.0

10.0

12.0

14.0

16.0

ElectricityGas

Page 23: CHP, district heating and the role of  decentralised  energy in buildings

Gas CHP incentives

Genuine value

CPS relief for on-site power (April 2015)

CCL relief for on-site power and all fuel

Enhanced Capital Allowances

Feed-in tariff for <2kW CHP

Level playing field

CPS relief on fuel for heat generation

Business rates exemption

CHP heat treatment under EUETS

Embedded benefit

Page 24: CHP, district heating and the role of  decentralised  energy in buildings

What is district heating?

Page 25: CHP, district heating and the role of  decentralised  energy in buildings

District heating is technology neutral

Page 26: CHP, district heating and the role of  decentralised  energy in buildings

Heat as part of an integrated energy system

Page 27: CHP, district heating and the role of  decentralised  energy in buildings

District heating market

~50,000 dwellings on modern DH schemes

New build and retrofit planned projects will deliver a further 50-60,000 dwellings

Modern DH schemes

Block heating refurbishment

108 completed schemes: >50,000 dwellings & ~900,000m2 commercial

>50 schemes planned: ~50,000 dwellings and 350,000m2 commercial

CHPA Survey: Modern DH Schemes

377,000 dwellings in England on ‘district heating systems’ ≡ 2% of dwellings

Includes both large and building-level schemes

Potentials from Pöyry/AECOM for DECC (2009)3 to 8 million dwellings

15-26M m2 non-domestic floor space

Requires ‘de-risked’ cost of capital (3.5% SDR) and comprehensive application of carbon price

Universities

Completed: 32

Planned: 17

Hospitals

Completed: 64

Planned: 20+?

Campus Schemes

Page 28: CHP, district heating and the role of  decentralised  energy in buildings

The growth of UK district heating

Established with growth potentialBirmingham (Cofely)

Nottingham (Enviroenergy)

Shetland Heat, Energy and Power

Southampton City Council (Cofely)

Woking (Thameswey)

Sheffield (Veolia & Eon)

Milton Keynes (Thameswey)

Aberdeen (Aberdeen Heat & Power)

Olympic Park and Stratford City (Cofely)

Barbican Arts Centre (Eon)

Guildhall, Bastion House and London Central Markets (Eon)

PDHU

Leicester City Council (Cofely DE)

Newport City Homes Limited

Manchester – Media City (Cofely)

Newcastle - Riverside Dean (Vital)

Stoke (tbc)

Association of Greater Manchester Authorities

London

Emerging

Bloomsbury Heat & Power (Cofely)

Whitehall (GPS/Cofely)

Dalston Sq (Eon)

Greenwich Millennium Village (Eon)

Bunhill (Islington BC)

Page 29: CHP, district heating and the role of  decentralised  energy in buildings

Local Authority-led developmentEnergy master planning

Planning requirements

Public buildings and social housing

Brokering, procuring, operating, owning heat networks

ECO delivery

Page 30: CHP, district heating and the role of  decentralised  energy in buildings

INDUSTRY INITIATIVES

Page 31: CHP, district heating and the role of  decentralised  energy in buildings

Independent Heat Customer Protection scheme

Consultation now concluded

Voluntary scheme aims to launch by December 2014

Will set minimum standards for heat suppliers and customers

Customer service and reporting a fault or emergency

Joining and leaving procedures

Heat bill, heat charge calculations and heat charge comparator

Paying the heat bill and payment difficulties

Disconnection and re-connection process

Complaint handling and independent adjudication

Privacy policy and data protection

Page 32: CHP, district heating and the role of  decentralised  energy in buildings

Heat Network Code of Practice

CIBSE and CHPA developing minimum technical standards for heat networks

Proposals currently out for consultation

Addressing issues related to the often too fragmented stages of delivery of a network

Page 33: CHP, district heating and the role of  decentralised  energy in buildings

New small-scale CHP guidelines

CHP only provides benefits when it is installed and operated properly

Reputation risk to all parts of supply chain

Read and use CIBSE’s AM-12 Guidance

Energy audit to see if CHP right solution

Use reputable CHP supplier, with long-term O&M contract

Design properly to use CHP’s efficiency, low temperatures

Create a handover strategy with building users

Page 34: CHP, district heating and the role of  decentralised  energy in buildings

5th November Heat 2014Hotel Russell, Russell Square, London

The UK's only heat-specific energy conference

Find out more at www.heatconference.co.uk

Page 35: CHP, district heating and the role of  decentralised  energy in buildings

Further questions?

Thank you

[email protected]