Report template for the Energy Conservation Assessment Report Preparation Guide

The energy-saving review opinion of fixed asset investment projects is a precondition for the establishment, declaration and approval of specific projects at all levels. The energy-saving report is the basis for the energy-saving review of fixed asset investment projects. There are three types of energy conservation assessment reports:

1. For fixed asset investment projects with an annual comprehensive energy consumption of more than 3,000 tons of standard coal (including 3,000 tons of standard coal, the electricity conversion coefficient is based on the equivalent value, the same below), or an annual power consumption of more than 5 million kilowatt hours, or an annual oil consumption of more than 1,000 tons, or an annual natural gas consumption of more than 1 million cubic meters, an energy-saving assessment report shall be prepared separately. 2. Annual comprehensive energy consumption of 1,000 to 3,000 tons of standard coal (excluding 3,000 tons, the same below), or annual electricity consumption of 2 million to 5 million kilowatt hours, or annual oil

Take the energy conservation assessment report template of China Industrial Competitive Intelligence Network as an example.

Chapter I: Instructions for the preparation.

Section 1: Purpose and Significance of Assessment.

Section 2: Basis for Assessment.

Section 3: Scope and Content of Assessments.

Section 4 Assessment Procedures.

Chapter 2 Project Introduction.

Section 1 Overview of the project construction unit.

Section 2 Project construction plan.

Section 3 Energy consumption of the project.

Chapter III Analysis and Assessment of the Energy Situation.

Section 1 Energy conditions and consumption at the project location.

Section 2 The impact of project energy consumption on local energy consumption.

Chapter 4 Energy Conservation Assessment of Project Construction Plans.

Section 1 Energy conservation assessment of project site selection and general layout.

Section 2 Energy-saving assessment of process flow and technical scheme.

Section 3 Energy-saving assessment of main energy-using processes and processes。

Section 4 Energy Conservation Assessment of Major Energy-Consuming Equipment。

Section 5 Energy Conservation Assessment of Auxiliary Production and Ancillary Production Facilities.

Section 6 Summary of the evaluation of this chapter.

Chapter 5 Evaluation of project energy consumption and energy efficiency level.

Section 1 Assessment of project energy consumption types, ** and consumption.

Section 2 Assessment of energy processing, conversion and utilization。

Section 3 Analysis and evaluation of energy efficiency levels.

Section 4 Summary of the evaluation in this chapter.

Chapter VI Assessment of energy-saving measures.

Section 1 Overview of project energy-saving measures.

Section 2 Single energy-saving projects.

Section 3 Evaluation of the effect of energy-saving measures.

Section 4 Economic assessment of energy-saving measures.

Section 5 Summary of the evaluation in this chapter.

Chapter VII Problems and Suggestions.

Chapter VIII Conclusions.

The main differences are in the level of detail, usage, and scope of evaluation of the content.

1. The report is more detailed than the report form.

The depth of the energy saving report is similar to that of the energy saving report form, but the energy saving report form has less nonsense and a simple page, but the core content of the report report form should also be the same.

2. Different usage.

Only projects with electricity consumption greater than 5 million kWh and comprehensive energy consumption greater than 1,000 tons of standard coal can be reported for energy saving. Uniformity is the form of reporting. At the same time, projects with a comprehensive energy consumption of more than 5,000 tons of standard coal need to be audited at the provincial level.

3. The scope of assessment is different.

The energy-saving evaluation report is an evaluation of the project of the energy-using unit. A special report is an assessment of a specific project. From the perspective of energy consumption, evaluate whether the process equipment of the project is advanced and feasible.

Using scientific and rigorous evaluation methods, this paper objectively and comprehensively analyzes the advanced and weak links of the rational energy use of construction projects, and judges the policy compliance, scientificity and feasibility of the rational energy use of construction projects.

Some places have different charging standards, some places start at 30,000 yuan, and some places charge one-thousandth of the investment amount. It is recommended to refer to the "Energy Conservation and Emission Reduction Assessor Network" and the "Energy Conservation Assessment Information Network". The charge is basically charged according to the standard coal unit, and the specific regulation is 10-12 yuan tons of standard coal.

1.The energy-saving assessment report refers to the energy-saving assessment report, energy-saving assessment report form or energy-saving assessment registration form issued by the qualified unit on the basis of the energy-saving assessment of the project. Energy conservation assessment refers to the analysis and evaluation of whether the energy utilization of investment projects is scientific and reasonable according to energy-saving regulations and standards.

2.To do a good job in the energy conservation assessment report, it is bound to encounter the problem of ** and return, which is a very important issue, unavoidable, must be treated with a scientific, rigorous and fair attitude. Distinguish between professional classification, technology, process complexity, the type of energy consumption and the difficulty of conversion and processing, and the length of time required to complete the preparation.

3.After the approval of the energy-saving assessment report, the documents and assessment report will be communicated to the customer in a timely manner and the balance will be recovered. It is incumbent upon us to provide good service to the business community as an energy efficiency assessor.

Only by making close friends and working closely with the business community can we create a win-win situation.

Extended information] In the later stage of the preparation of the energy-saving assessment report, it is necessary to pay attention to repeated proofreading and excellence, and avoid impatience. The chief compiler, the technical leader, carefully prepares the Q&A items and responds to the review and demonstration meeting. Questions and inquiries at the meeting must be accepted with an open mind and must not be contradicted.

Convinced that there is no doubt that it is reasonable, it can be argued with reason. There is no need to be justified and resigned, and speak low. Writing reports must be done without falsification, and falsification at any time is suspected of violating the law and violating professional ethics.

Repeated failure to pass the report will put the company in the most embarrassing situation and eventually be revoked. Go out often, come in and learn from each other and exchange experiences. When compiling the report, it is necessary to read a lot of information and possess fresh information.

Evaluate and analyze whether the project meets the requirements of national and local laws, regulations, plans, industrial policies, industry access conditions, relevant standards and norms.

The state has not yet formulated the charging standard for energy-saving assessment, which can be calculated with reference to the "Interim Provisions on Consultation Fees for Preliminary Work of Construction Projects" (Ji ** [1999] No. 1283) on the daily cost standard of engineering consultants

The fee for energy-saving reports is generally based on the feasibility study fee standard, but that is relatively high, and the actual cooperation is the market price, which can be negotiated, and it will be much lower. You can ask for a third-party compiler to compare prices.

Does Hainan still have an energy-saving assessment fee?

1. The report is more detailed than the report form.

The depth of the energy-saving report and the energy-saving report form is about the same, but the energy-saving report form is less nonsense and the page is more concise, but the core content that should be in the report form should also be there.

Second, the usage is different.

Only projects with electricity greater than 5 million kWh and comprehensive energy consumption greater than 1,000 tons of standard coal will make energy-saving reports, which are all in the form of reports, and projects with comprehensive energy consumption greater than 5,000 tons of standard coal need to be reviewed by the province.

3. The scope of the assessment is different.

The energy-saving assessment report is an evaluation of the energy-using unit project, and the special report is an evaluation of a special project to evaluate whether the project process and process equipment are advanced and feasible in terms of energy consumption.

Explain the design energy use of construction projects, objectively and comprehensively analyze the advanced points and weak links of the reasonable energy use of the project with scientific and rigorous evaluation methods, judge the policy compliance, scientificity and feasibility of the reasonable energy use of the project, and put forward suggestions and measures for the rational use of energy.

According to the conclusions and recommendations of the energy conservation assessment, in order to achieve the national and local macro policy objectives related to energy conservation and emission reduction, strengthen the rational energy management of the project, and strictly control energy conservation from the source.

The report is more detailed, the depth is deeper, the report form is brief, and the specific content of the preparation is detailed in: the annex of the 2010 National Order No. 6, which has detailed depth provisions for the table and the book.

The report is a little more detailed, a little deeper, and the report form is a little briefer.

For example, if the annual comprehensive energy consumption is more than 3,000 tons of standard coal (including 3,000 tons of standard coal, the electricity conversion coefficient is based on the equivalent value, the same below), or the annual electricity consumption is more than 5 million kilowatt hours, or the annual oil consumption is more than 1,000 tons, or the annual natural gas consumption is more than 1 million cubic meters, the energy conservation assessment report shall be prepared separately.

For fixed asset investment projects with an annual comprehensive energy consumption of 1,000 to 3,000 tons of standard coal (excluding 3,000 tons, the same below), or an annual electricity consumption of 2 million to 5 million kilowatt hours, or an annual oil consumption of 500 to 1,000 tons, or an annual natural gas consumption of 500,000 to 1 million cubic meters, an energy conservation assessment report form shall be prepared separately.

In fact, the depth of the energy-saving report and the energy-saving report form is about the same, but the energy-saving report form is less nonsense, and the page is more concise, but the core content of the report should also be in the report form, but this is before, and now there is no energy-saving report form, according to Order No. 44, the power is greater than 5 million kWh and the comprehensive energy consumption is greater than 1000 tons of standard coal projects will do energy-saving reports, and the unified is in the form of a report. At the same time, projects with comprehensive energy consumption greater than 5,000 tons of standard coal need to be reviewed by the province.

A rigorous energy conservation assessment report must include the following aspects:

1. Evaluation basis;

2. Project overview;

3. Assessment of the energy situation, including the energy resource conditions of the project location and the impact assessment of the project on the local energy consumption;

4. Energy-saving assessment of the project construction plan, including energy-saving assessment of project site selection, general layout, production process, energy-using technology and energy-using equipment;

5. Evaluation of project energy consumption and energy efficiency level, including analysis and evaluation of energy consumption, energy consumption structure, energy utilization efficiency, etc.;

6. Evaluation of energy-saving measures, including technical measures and management measures;

7. Problems and suggestions;

8. Conclusion. The outline of the energy-saving assessment report stipulated by the state is as follows:

Foreword

Section 1: Purpose and Significance of Assessment.

Section 2 Assessment Process.

Chapter I: Basis for Assessment

Section 1: Scope and Content of Assessment.

Section 2: Basis for Assessment.

Chapter 2 Project Introduction.

Section 1 Overview of the project construction unit.

Section 2 Project construction plan.

Section 3 Energy consumption of the project.

Chapter 3 Assessment of the Energy Situation

Section 1 Energy conditions and consumption at the project location.

Section 2 The impact of project energy consumption on local energy consumption。

Section 3 Summary of the evaluation in this chapter.

Chapter 4 Energy Conservation Assessment of Project Construction Plans.

Section 1 Energy conservation assessment of project site selection and general layout.

Section 2 Energy-saving assessment of process flow and technical scheme.

Section 3 Energy-saving assessment of main energy-using processes and processes。

Section 4 Energy Conservation Assessment of Major Energy-Consuming Equipment。

Section 5 Energy Conservation Assessment of Auxiliary Production and Ancillary Production Facilities.

Section 6 Summary of the evaluation of this chapter.

Chapter 5 Evaluation of project energy consumption and energy efficiency level.

Section 1 Assessment of project energy consumption types, ** and consumption.

Section 2 Assessment of energy processing, conversion and utilization。

Section 3 Assessment of energy efficiency levels.

Section 4 Summary of the evaluation in this chapter.

Chapter VI Assessment of energy-saving measures.

Section 1 Overview of project energy-saving measures.

Section 2 Single energy-saving projects.

Section 3 Evaluation of the effect of energy-saving measures.

Section 4 Economic assessment of energy-saving measures.

Section 5 Summary of the evaluation in this chapter.

Chapter VII Problems and Suggestions.

Chapter VIII Conclusions.

Annex I to the appendix.

Annex II, Annex III, Annex IV.

1. Project Overview.

1) Project design basis.

1.The current laws, regulations, rules and relevant plans, industrial policies and access conditions of the state;

2.relevant regulations in the province;

3.industry standards, norms, technical regulations and technical guidelines;

4.Other. 2) Project design principles.

1.the principle of process and technology selection;

2.Equipment selection principles.

Second, the selection of energy varieties and project energy consumption.

1) The rationality and feasibility analysis of the selection of energy varieties, and the analysis of the energy situation in the project location.

2) Project energy consumption indicators and calculations.

1.Major energy consuming equipment.

2.The annual comprehensive energy consumption of the design program, the total energy consumption of different varieties and products; The comprehensive energy consumption and comparable energy consumption per unit of product (output value), the physical unit energy consumption (such as electricity consumption per ton of electrolytic aluminum) and the unit energy consumption of the main process (art) (such as the energy consumption of coking and ironmaking processes of iron and steel enterprises) assessed according to a single energy variety.

Table 1: Varieties and annual requirements of major energy and energetic working fluids.

Serial No. Name of Main Energy and Energy-Bearing Working Fluid Unit of Measure Annual Requirement Among them, Remarks: Purchase, Self-production, Other.

Physical Standard Coal Physical Conversion.

Coefficient: Discounted coal, physical goods, physical objects.

Discounted Coal Discounted Standard Coal Discounted Standard Coal.

1 electric MWh t

2 thermal coal t

3 m3 of natural gas

4 LPG t

5 diesel t

6 kt of fresh water

7 Steam t

8 km3 of compressed air

Total need for 9 years.

10 Discount standard coal (t) including heating.

Heating is not included.

3) Energy consumption analysis. The energy consumption per unit product and the energy consumption index of the main process (art) are compared and analyzed at home and abroad, and the design index should reach the domestic advanced level in the same industry, and the key products with conditions should reach the international advanced level.

Table 2: Comparison table of energy consumption indicators.

Serial No. Category Item Unit This design index Industry regulation index 1 Product energy consumption index Comprehensive energy consumption per unit product (standard coal) t Unit product 2 Process professional energy consumption index Unit product Process comprehensive energy consumption (standard coal) t unit product.

Unit product Process comprehensive energy consumption (standard coal) t Unit product Unit product Process comprehensive energy consumption (standard coal) t Unit product 3 Public professional energy consumption index Power factor.

Electricity consumption kwh per km3 of compressed air

3. Catalogue of main equipment of the project.

Fourth, the energy consumption indicators of the project, the energy-saving technical measures adopted and the expected energy-saving effect analysis cases can be found on the Yixian website.