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The Oslo Group Work Plan

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To define scope of official energy statistics. To identify and collect national and ... Consistence, coherence and comparable( Including international ... – PowerPoint PPT presentation

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Title: The Oslo Group Work Plan


1
The Oslo GroupWork Plan
  • Olav Ljones, Deputy Director General, Statistics
    Norway

24.08.05
2
Objectives
  • To identify users needs
  • To define scope of official energy statistics
  • To identify and collect national and
    international best practices
  • To review and contribute to the updating of UNSD
    handbooks and manuals on energy statistics
  • To identify gaps in coverage (e.g. fuel types,
    flows) and to develop methodology to cover gaps
  • To adopt link or develop bridges to international
    standard concepts and classifications in
    economic/environment statistics to facilitate the
    integration and interface of energy statistics
    with other statistical systems
  • To recommend a core set of tables as minimum
    requirement at national and international level
    to satisfy major user needs.

3
Quality in Energy Statistics, several dimensions.
The most important elements?
  • Some examples,
  • International standards
  • OECD, Eurostat
  • UN
  • National quality standards
  • TQM

4
UN principles
  • 1. Official statistics provide an indispensable
    element in the information system of a democratic
    society, serving the Government, the economy and
    the public with data about the economic,
    demographic, social and environmental situation.
    To this end, official statistics that meet the
    test of practical utility are to be compiled and
    made available on an impartial basis by official
    statistical agencies to honour citizens'
    entitlement to public information.
  • 2. To retain trust in official statistics, the
    statistical agencies need to decide according to
    strictly professional considerations, including
    scientific principles and professional ethics, on
    the methods and procedures for the collection,
    processing, storage and presentation of
    statistical data.
  • 3. To facilitate a correct interpretation of the
    data, the statistical agencies are to present
    information according to scientific standards on
    the sources, methods and procedures of the
    statistics.
  • 4. The statistical agencies are entitled to
    comment on erroneous interpretation and misuse of
    statistics.
  • 5. Data for statistical purposes may be drawn
    from all types of sources, be they statistical
    surveys or administrative records. Statistical
    agencies are to choose the source with regard to
    quality, timeliness, costs and the burden on
    respondents.
  • 6. Individual data collected by statistical
    agencies for statistical compilation, whether
    they refer to natural or legal persons, are to be
    strictly confidential and used exclusively for
    statistical purposes.
  • 7. The laws, regulations and measures under which
    the statistical systems operate are to be made
    public.
  • 8. Coordination among statistical agencies within
    countries is essential to achieve consistency and
    efficiency in the statistical system.
  • 9. The use by statistical agencies in each
    country of international concepts,
    classifications and methods promotes the
    consistency and efficiency of statistical systems
    at all official levels.
  • 10. Bilateral and multilateral cooperation in
    statistics contributes to the improvement of
    systems of official statistics in all countries

5
Quality dimensions
  • Relevance
  • Accuracy
  • Timeliness and punctuality
  • Consistence, coherence and comparable( Including
    international
  • Accessibility and well documented, transparency
  • The best scientific methods
  • Independency
  • Confidentiality and security
  • Response burden, cost effiency
  • Do we need some special emphasis and adaptations
    of the quality concept for energy statistics

6
Elements in a strategy to improve energy
statistics as official statistics
  • It should
  • Use international comparable standards
  • Fixed release dates
  • Well documented metadata
  • Pay respect to confidentiality rules
  • Be produced by an independent body . Free from
    political pressure be of common interest
  • Acceptable accuracy
  • Best scientific methods
  • Accessibility
  • Revision policy

7
More elements
  • Advices
  • Good user contact
  • and with respondents
  • international contacts
  • contact between national agencies
  • Staff with high and relevant competence in energy
    and statistics
  • Ethical guidelines
  • Well documented system of yearly and
    monthly/quarterly data, Preliminary figures r
    revisions, Documentation in international language

8
More elements
  • Tools
  • Manuals and metadata, database for standards and
    classifications, process descriptions
  • Release calendar and principles
  • User friendly internet dissemination
  • Legal base, Statistics Act etc

9
International web-site
  • Content
  • Responsible institution

10
Core set of tables
  • List of single tables
  • Tables based on Energy balances/accounts ?

11
Energy balances
12
Energy Balances and Energy Accounts
  • Do we need both?
  • http//www.ssb.no/english/subjects/01/03/10/energi
    regn_en/tab-2005-11-02-01-en.html
  • What are the basic differences?
  • How we treat the national boundary?
  • Other conceptual differences
  • Other methods for taking care of the differences
    than compiling different but rather similar set
    of tables,
  • Do the present situation create confusion?
  • The most observed national differences?
  • How to convert national differences in energy
    statistics into international comparable energy
    balances?

13
Energy Balances, Accounts, and satellite accounts
  • Energy statistics in economic terms, Aggregate
    goods in economic terms and fixed price/volume
    time series
  • Energy statistics in physical terms, to
    aggregate goods based on knowledge on energy
    content.
  • The importance of both approaches, Build a
    complete system. User oriented
  • The methodological challenges. (conversion
    factors, can prices be used for aggregations in
    NA, Quality changes)

14
Basic Concepts
  • Energy supply and use tables
  • Energy products
  • Energy Carrier
  • Primary energy
  • Energy conversion
  • Consumption/households
  • Intermediate Consumption
  • Industry/Function mix
  • Import/export
  • Methods for conversion factors (physical units)
  • Temperature correction (why and how)

15
more
  • Renewable
  • Energy saving
  • Metadata, how to develop metadata system suitable
    for energy statistics
  • Quality checks Peer review of national energy
    statistical system, By whom, criteria etc
  • Eurostat, more legal base
  • Same system for energy rich and poor countries?

16
More
  • Losses, net and gross production
  • Time series

17
Energy balances in international comparisons
  • Example - oil statistics

18
Energy sources balance for Norway 2004 Energy
balance for Norway - 2004 Energy accounts for
Norway - 2004
19
How can participants contribute to the revision
process of the UN Manual
  • Next meeting?
  • Program agenda
  • Working method between meetings
  • What kind of manual are we looking for?

20
Best practices
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