Project examples
Industrial Robot Industrial Park Project
Energy Saving Report
Chisage consulting project service details
In-depth communication:Set up a special team for each project to have an in-depth understanding of the requirements, including the project situation, core advantage mining, project demand expression word, ppt, h5, **, etc.
Working ideas: Sort out the report and split the content (logic, content, design).
Professional embodiment: Use scientific achievements to carry out economic demonstration, reduce the blindness of decision-making, and improve the speed and quality of project construction.
Comprehensive system analysisBased on the senior expert team, we conduct a comprehensive and systematic analysis of the technical resource conditions, regional market demand, and financial and economic conditions of the investment project, and give clear answers to the questions of whether the project implementation conditions are available, whether the project technical level is advanced, whether the project investment is economically reasonable, and whether the investment can achieve the best benefits through the project feasibility study.
Issued for the reportGrade A qualification for engineering consulting
I. Introduction
The scope of the energy-saving assessment is the various energy, main energy-consuming equipment, auxiliary production and ancillary production facilities involved in the "Industrial Robot Industrial Park Project", etc., including the analysis of the energy situation, the energy-saving assessment of the project construction plan, the evaluation of energy consumption and energy efficiency level, and the evaluation of energy-saving measures.
According to the construction of the project, the calculation scope of the project's energy consumption includes the power consumption of the lighting system, HVAC system, socket system, and power system of each functional area of the project, as well as the gas and water consumption of the project.
2. Project Introduction
1. Project Name:Industrial Robot Industrial Park Project
2. Construction unit:XX real estate***
3. Nature of the project:Newly built;
4. Project construction address:An economic and technological development zone in Sichuan Province;
5. Construction content and scale:The land area of the project: ** acres, net land area ** acres, total construction area: ** project mainly builds factories and supporting facilities.
6. Labor quota and work system:The number of project operation workers is about ** (only including project operation management personnel, excluding personnel of later leasing enterprises), and the annual working days are xx days;
7. The total investment of the project:The total investment of the project is 10,000 yuan, including bank loans, enterprise self-raised, and other funds;
8. Implementation schedule:The construction period of the project is from xx years to xx years;
9. Project implementation:The project has been filed.
3. Outline of the report
i. Project Summary Table
1 Basic information of the project
1.1. Project construction status.
1.1.1. The situation of the construction unit.
1.1.2. Project construction status.
1.1.3. Overview of the project location.
1.2. Analyze the scope of evaluation.
1.3. Report on the preparation of the report.
1.3.1. Evaluate and analyze the general situation of the work.
1.3.2. Adjustment of the construction plan.
1.3.3. Optimization of indicators.
1.3.4. Main energy-saving measures and energy-saving effects.
2 Evaluation basis
2.1. Relevant legal and policy basis.
2.1.1. Relevant laws, regulations, planning, industry access, industrial policies, etc.
2.1.2. Recommendation and elimination catalogue of related energy-saving processes, technologies, equipment, products, etc.
2.2. Relevant standards and specifications.
2.2.1. Process technology and engineering construction related standards.
2.2.2. Energy management and calculation standards.
2.3. Relevant documents and technical information.
3. Energy-saving evaluation of the project construction plan
3.1. Energy-saving analysis and comparison of construction plans.
3.2. Energy-saving analysis of project site selection and general layout.
3.2.1. Energy saving analysis of project site selection.
3.2.2. Energy-saving analysis of the general layout of the project.
3.3. Energy-saving analysis of main energy-using processes and equipment.
3.4. Energy-saving evaluation of auxiliary production and ancillary production facilities.
3.4.1. Energy saving evaluation of water supply and drainage.
3.4.2. Energy-saving evaluation of electrical design.
3.4.3. Energy-saving evaluation of HVAC design.
3.4.4. Power energy-saving evaluation.
3.5. Energy measurement equipment plan, energy-saving evaluation.
3.5.1. Requirements for the equipping of energy measuring instruments.
3.5.2. Analysis of energy metering equipment.
3.5.3. Requirements for the management of energy measuring instruments.
4. Evaluation of energy-saving measures
4.1. Evaluation of energy-saving technical measures.
4.1.1. Energy saving measures for the general plane.
4.1.2. Building energy-saving measures.
4.1.3. Energy-saving measures for water supply and drainage.
4.1.4. Electrical energy-saving measures.
4.1.5. Equipment energy-saving measures.
4.1.6. Energy-saving measures for heating and ventilation.
4.2. Evaluation of energy-saving management plan.
4.2.1. Establish a special energy management department.
4.2.2. Formulate an energy-saving management system.
4.2.3. Strengthen energy-saving metering and implement quantitative management.
4.2.4. Strengthen energy-saving publicity and improve energy-saving awareness.
5. Accounting of energy utilization status and evaluation of energy efficiency level
5.1. Energy consumption.
5.1.1. Calculation of annual power consumption of the project.
5.1.2. Calculation of the annual tap water consumption of the project.
5.1.3. Calculation of annual natural gas consumption of the project.
5.1.4. Comprehensive energy consumption analysis.
5.2. The main energy efficiency indicators of the project.
6 Energy consumption impact analysis
6.1. Analysis of the impact of the local area on the completion of the total energy consumption target.
6.2. Analysis of the impact of the completion of the coal consumption reduction and substitution target in the locality.
7 Conclusion
Attachments