• About us
  • Services
  • Project Websites
  • Experiences
  • Partners
  • News
  • Contact us
  • Downloads
Services

Subnavigation

  • Sustainable Consumption and Production
    • SCP Practices and Techniques
    • Drivers for SCP - The Business Case for SCP
    • Enablers for SCP
  • Energy and Environment
    • Energy Policy in a Changing World
    • How to make reasonable and effective energy policy and planning
    • Energy Policy Instruments
    • Local Energy Planning and Management
      • Most important sectors and fields of action for local energy policy
      • Emission trading
      • Incentives for renewables
      • Clean energy from the net
      • Incentives for clean energy in the industry
      • Incentives for energy efficient new buildings
      • Rehabilitation of private buildings
      • Energy accounting and rehabilitation of community owned buildings
      • Examples for sustainable energy actions on local level
      • Policies applicable for local energy management
      • Local energy agencies
    • Energy and Climate
      • Meeting the goals of the Kyoto Protocol
      • Climate change science & climate policy
      • Mitigation - policies, measures, projects
      • CDM Clean Development Mechanism
    • Energy efficiency
      • Energy efficiency is a top priority in moving to a sustainable energy system
      • Technologies and Tools for energy efficiency - Overview
      • Heat recovery and co-generation
      • Energy efficient building
      • Hot water and energy saving
      • Energy efficiency and industry
    • Energy Audit
    • Energy Benchmarking
      • Introduction on energy benchmarking
      • BMT Methodology
      • The BMT cycle
    • Renewable Energies
      • Renewable energy sources
      • Bioenergy
      • Thermal Solar Energy
      • Photovoltaics
      • Wind energy
      • Geothermal energy
      • Renewables applications
    • Economic and Financial Aspects
      • Least-cost planning
      • Financing energy efficiency projects with contracting
      • Business plan and project financing
    • Market Based Instruments (MBIs)
      • What are MBIs
      • Categories of MBIs
      • Applicability of MBIs in CAC systems
  • CO2 Management
    • The importance of CO2 management
    • CO2 management as new profession
    • Steps to become a CO2 manager
      • Basics of CO2 management
      • Energy Audit
      • CO2 assessment and company strategy
      • Emission trading
  • Cleaner Production
    • Cleaner Production versus end-of-pipe
    • Definitions - Pollution Prevention and Cleaner Production
    • The main features of Cleaner Production
      • Areas of action of Cleaner Production
    • Cleaner Production activities and techniques
    • Cleaner Production and Environmental Management Systems (EMS)
      • ISO 14000
    • The ECOPROFIT method
      • ECOPROFIT - Background and history
      • Elements of ECOPROFIT
      • Common workshops
      • Individual consulting and advice
      • The ECOPROFIT award
  • Integrated Watermanagement
    • The AQUAPROFIT method
    • The AQUAPROFIT topics
      • Improvement of the infrastructure
      • Institution building
      • Technical improvement
      • Economical improvement
      • Customers relationship and public awareness
      • Finding of alternatives
  • Waste Management
  • Occupational Health and Safety (OH&S)
  • Corporate Social Responsibility (CSR)
  • Project Management
  • Our specific services: Seminars - Workshops - Training Courses - Study tours - Consulting
    • Seminars and Workshops
    • Manuals and materials
    • Pilot projects, seminar works and training on the job
    • Study tours & Business missions
    • Long term training
    • Conferences
    • Further Consulting services

Financing energy efficiency projects with contracting

Contractors, who are neither customers nor suppliers, offer an ideal technological concept in combination with an ideal financing form.
They are specialist companies with expertise in energy planning and engineering and cover the entire process from planning, financing, invitations to tender and building supervision to commissioning of the plant. The actual investor does not require any money but entrusts the project to the contractor, who undertakes to provide a clearly defined energy service (or energy saving measure). The return to enable the investment to be repaid in the agreed period comes from the proceeds and cost savings. Once the contract has expired, ownership of the project is transferred to the contracting partner.

The aim of contracting models is to provide an energy service in the most cost effective way possible. The search for an energy efficient solution can include a change in energy supplier or a combination of several energy suppliers. Because of the different repayment and revenue expectations of the user and contractor, investments in more rational energy technology can be economically expedient for the contractor although they do not appear economical for the user (or tenant in an apartment block).

Savings from investments to increase energy efficiency should not be used only to cover the investment and capital costs, but also to provide a reasonable profit for the contracting partner. Once the contractual relationship with the user has come to an end, the later can also benefit from these savings as a result of the reduced operating costs. Contracting thus permits the implementation of rational energy utilization measures, which might not be possible without this instrument because of various dilemmas (competition between investment projects, lack of liquidity or exhausted credit line, conflicting interests of apartment tenants and landlords). The practical scope of contracting projects is currently restricted for the most part to power generation plants. Although contracting models have a positive ecological balance, heat recovery and energy optimization have tended to play a secondary role to date. As the future energy situation in Europe is also unclear, the risks for investments with the long term write down periods (over 10 years) typical of contracting would be too great. The rapid introduction of a pan European carbon dioxide or energy tax would thus have a positive impact on contracting.

Wipplingerstrasse 5/8, 1010 Vienna, Austria
Telephone: +43 1 533 44 88, Mobile: +43 664 1920920, Fax: +43 1 81749555012, weihs@centric.at