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年間契約型資訊服務

電力CAPEX和可再生能源LCOE模塊

Power CAPEX and Renewables LCOE Module

出版商 ENERDATA 商品編碼 937794
出版日期 年間契約型資訊服務 內容資訊 英文
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電力CAPEX和可再生能源LCOE模塊 Power CAPEX and Renewables LCOE Module
出版日期: 年間契約型資訊服務內容資訊: 英文
簡介

判斷技術的成熟度和競爭力。

您可以使用數千個經過驗證和更新的數據來製定投資決策。
對項目進行基準測試。

好處:

  • 確定最適合投資哪種技術和哪個國家/地區
  • 可靠且有意義的數據:各部委,能源機構和協會的全國平均值-來自最新電廠跟蹤器,電廠跟蹤器的數千個數據點
  • 僅提供可靠數據,而非估計值
  • 只需單擊幾下即可獲取自己的數據和指標
  • 由Enerdata專家設計,處理,測試和檢查

功能:

  • G20目標國家/地區,可以按國家/地區分類
  • 目標能源和技術:
    • LCOE可再生能源:生物質能,地熱能,水能,太陽能(CSP,住宅,商業,工業,大型工業PV),風能(海上,陸上)
    • CAPEX可再生能源和熱能:煤炭,天然氣,石油,生物質能,水能,風能,太陽能
  • 季度更新
  • 簡單的Excel查詢
  • 可自定義的參數(折扣率,加載率)
  • 可以將csv格式的數據導出以集成原始數據庫和模型

資本支出(CAPEX):

概述

Power Plant Tracker CAPEX工具比較了全球5200多個項目(其中1900多個正在開發中)的發電資產的初始投資。考慮到先前通貨膨脹的影響,2015年的資本支出以美元/千瓦為單位。

計算方法

資本支出的計算方法是,將項目的初始投資成本(2015年)除以發電能力(MW)。對於2015年之前啟動的項目,我們將美國生產者物價指數和消費者物價指數的通縮率應用於技術和結構成本。

數據源

該信息利用並整理了來自電力公司,統計機構,能源監管機構,各部,網絡運營商,專業雜誌和國際媒體的數據,並由發電廠定期進行更新,並從Tracker獲得。

能源平均成本(LCOE):

概述

LCOE表示發電資產在其使用壽命內對電力供應商的淨值。新的Power Plant Tracker LCOE模塊使您可以使用默認假設或您自己的計算假設來比較所有G20國家中的可再生能源發電成本。

計算方法

Enerdata具有初始投資成本,退役成本,可變運營成本(主要是燃料成本),固定運營成本(工資,租金等),發電(負載係數),折現率,資產的預期壽命等。 LCOE由以下公式計算得出。負荷係數是通過將電廠每年的平均發電小時數除以每年的小時數來計算的。

已設置默認折扣率,但是您可以對其進行自定義。

數據源

Enerdata檢查並彙總由IEA,可再生能源協會,政府機構,市場運營商和統計機構提供的全國平均值。

如果沒有官方統計信息,將使用電廠跟蹤器信息來計算國家/地區平均值。

目錄

CAPEX and LCOE data by technology, region, and country

Determine technology maturity and competitiveness .

Weigh investment decisions leveraging thousands of verified and updated data points. Benchmark your projects .

Benefits:

  • Determine which technology and which country/region are best to invest in
  • Reliable and meaningful data: - Country-level averages from ministries, energy agencies and associations - Thousands of data points from Power Plant Tracker, the industry's most up-to-date power generation database
  • No estimates, only sound data
  • Exclusive data and indicators available in just a couple of clicks
  • Designed, processed, tested and checked by Enerdata experts

Features:

  • G20 countries covered , sortable by countries or world regions
  • Energies and technologies covered:
    • Renewables for LCOE: Biomass, Geothermal, Hydropower, Solar (CSP, residential, commercial, industrial, and large insdustrial PV), Wind (off-shore, on-shore)
    • Renewables and thermal for CAPEX: Coal, Gas, Oil, Biomass, Hydro, Wind, Solar
  • Quarterly updates
  • Easy Excel query
  • Customisable parameters (discount rates, load factors)
  • Export data in .csv format to integrate with your own databases and models

Capital Expenditure (CAPEX):

Overview

The Power Plant Tracker CAPEX tool provides a comparison of the initial investments for power generating assets for more than 5 200 projects worldwide (among which over 1 900 are still under development). CAPEX is expressed in USD2015/kW to balance the effects of inflation for earlier

Calculations

Overnight costs are calculated by dividing the initial investment costs of a project (in USD2015) by its generating capacity (in MW). For projects commissioned prior to 2015, we apply deflation rates from the U.S. Producer Price Index and Consumer Price Index to both technological and structural costs .

Data Sources

The information is derived from Power Plant Tracker , which leverages, alidates, and regularly updates data from power utilities, statistical offices, energy regulators, ministries, and network operators, as well as specialised and international press.

Levelised Cost of Electricity (LCOE):

Overview

LCOE represents the net value to the electricity supplier of a generating asset over its lifetime. The new Power Plant Tracker LCOE module enables you to compare the cost of electricity production for renewable energies in all G20 countries , using either the default calculation assumptions, or your own.

Calculations

Enerdata calculates LCOE through a formula that includes the following: initial investment costs , decommissioning costs, variable operating costs (mainly fuel costs), fixed operating costs (wages, rent etc....), power generation (load factor), the discount rate, and the asset's expected lifetime. The load factor is calculated by dividing the average annual number of hours of generation for a given power plant by the number of hours in a year.

A default discount rate has been set, but users can customise it.

Data Sources

Enerdata checks and aggregates country-level averages provided by the IEA, renewable energy associations, government bodies, market operators, and statistical agencies.

In case no official statistics are available, we deduce country averages leveraging Power Plant Tracker information.