How to prepare the tender for smart grid transformation?

Choosing mature products and solutions is the key to seize business opportunities. Cost-effective and competitive products can not only reduce the quotation, but also save worry about construction, reduce project implementation costs, save worry about maintenance, and reduce project late operation and maintenance costs.

As the country vigorously promotes the construction of smart distribution network, two ministries and commissions have issued opinions on improving the system mechanism and policy measures of energy green and low-carbon transformation. A large number of business opportunities have emerged in the smart grid industry. Selecting mature products and solutions is the key to seize business opportunities. It can effectively improve the competitive advantages, cost advantages and project duration advantages of smart grid system integrators, and gain a head start in the competition.

The smart power grid and energy Internet worry-free solutions provided by Hangzhou Lingqi Technology have the advantages of worry-free deployment and worry-free connection: It supports all kinds of public and private protocols for almost all power equipment and intelligent communication equipment on the market. The types of support protocols accumulated in the implemented projects are far ahead in the industry, which greatly avoids problems such as incompatibility in the deployment and the need to rely on the coordination of original equipment manufacturers, which affects the construction period and so on. Ii. Trouble-free operation and maintenance: Linqi series intelligent Internet of Things gateway and power communication management machine innovatively combine communication security with cloud configuration, cloud deployment and cloud maintenance, solving the problem of late operation and maintenance. Third, integration without worry, has connected with various mainstream IOT public IOT cloud platforms, such as Ali IOT, root Cloud iot, Tucrow iot, UCloud UIoTStack private iot platform, mainstream open source private iot platform, mainstream photovoltaic operation and maintenance platform on the market, etc.

As a service provider of intelligent Things Unicom communication products and Internet of Things platform products, Hangzhou Linqi Technology's inverter collector series, edge computing gateway, communication management machine, and power cloud have been implemented and operated in many projects such as photovoltaic power stations and intelligent transformation of county power grids in provinces and cities such as Zhejiang and Jiangsu. It has been praised by product end users and system integration partners. Hangzhou Lingqi Technology is committed to the development and production of intelligent Internet of Things equipment, smart grid operation and maintenance equipment and software system platform products, and does not participate in the implementation of specific projects, enabling system integrator and Internet of things, smart grid engineering, for the majority of power grid transformation integration enterprises, power station operation and maintenance enterprises to provide the most competitive product configuration, the most cost-effective solution. The least worry deployment and maintenance services, for the lack of smart grid monitoring smart iot related implementation capabilities to provide personnel training or business training services.

Free guidance on the writing of smart power grid transformation project, free consultation on the production of technical solutions, or assisting the formulation of system solutions for smart power grid transformation according to the requirements provided. Please call us for specific information.

The technical proposal of the bidding document for the transformation of smart power grid must highlight the advantages of technology and equipment. The cost of technical solutions is divided into one-time input cost and long-term operation and maintenance cost.

Smart power grid construction projects are different from smart power grid upgrading projects. Tender technical solutions need to reflect professionalism, around the customer's pain points. When the business department participates in the review, it usually cares about the project construction cycle and the proportion of the project construction service fee, while the daily maintenance operation department or operation and maintenance budget department cares about the annual maintenance budget cost after the completion. Therefore, it is very important to choose a good system solution. The Internet of Things gateway and edge computing gateway are mostly deployed in unattended environments or even in harsh outdoor environments, and their work stability and easy maintenance become the primary issues to be considered in selection.

On the one hand, it should be easy to implement. Many photovoltaic projects are located in remote locations, and the high cost of on-site technical personnel will hinder the progress of the project. On the other hand, it should be easy to maintain, otherwise the later maintenance cost will offset the income.

Most of the smart gateways or edge computing on the market do not support remote configuration, and the supported protocols and devices are limited. Hangzhou Lingqi Technology's intelligent gateway and edge computing server series based on unified cloud background effectively solve the above two major problems. For on-site construction, only the power supply needs to be connected and the 4G SIM card dedicated to the Internet of things needs to be inserted. Then the equipment supplier can provide remote online auxiliary configuration, which greatly reduces the project cost of project integrators, energy operators and Party A and shortens the project cycle. In addition, maintenance services can be purchased in the way of purchasing cloud maintenance, or remotely updated and maintained on their own private cloud. The powerful configuration of in-flight download, remote centralized debugging, maintenance and upgrade functions of Hangzhou Linqi products have become the Gospel of Internet of Things engineers, won a good reputation in the industry, and become the first choice or highly recommended products of countless front-line engineers.

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Attached: Vigorously promote the construction of intelligent distribution network! Two ministries and commissions: Opinions on improving the system mechanism, policies and measures of energy green and low-carbon transition

On February 10, the National Development and Reform Commission and the National Energy Administration released the Opinions on improving the system, mechanisms, policies and measures for the green and low-carbon Energy Transition. During the 14th Five-Year Plan period, an institutional framework for promoting green and low-carbon energy development will be established, a relatively complete policy, standard, market and regulatory system will be formed, and a mechanism for promoting green and low-carbon energy transformation will be set up, led by "dual control" of energy consumption and a target system for non-fossil energy sources, according to the guideline. By 2030, a complete basic system and policy system for green and low-carbon energy development will be established, so as to form an energy production and consumption pattern in which non-fossil energy sources basically meet increased energy demand, replace fossil energy stocks on a large scale, and enhance energy security.

To evaluate the adaptability of the existing power system for green and low-carbon development, improve the technology and optimize the system in terms of power grid architecture, power supply structure, load and storage coordination of the source network, and digital and intelligent operation control.

We will vigorously promote the construction of smart distribution networks that can accommodate a high proportion of distributed new energy power, and encourage the construction of smart energy systems and microgrids that integrate source networks, load and storage, and complement each other with multiple energy sources.

National Development and Reform Commission National Energy Administration on improving energy

Opinions on institutional mechanisms, policies and measures for green and low-carbon transition

Development Energy 206 [2022]

People's governments of provinces, autonomous regions and municipalities directly under the Central Government, Xinjiang Production and Construction Corps, relevant departments under The State Council, central enterprises and relevant trade associations:

Energy production and consumption-related activities are the major sources of carbon dioxide emissions. Vigorously promoting carbon emission reduction in the energy sector is an important measure to achieve carbon peak carbon neutrality and accelerate the construction of a modern energy system. Since the 18th CPC National Congress, various regions and relevant departments have formulated a series of policies and measures for green and low-carbon energy development, and achieved notable results in promoting the development and utilization of clean energy such as solar energy, wind energy, hydro energy, biomass energy and geothermal energy. However, the existing institutions, mechanisms, policy systems and governance methods still face some difficulties and challenges. It is difficult to adapt to the new situation to promote green and low-carbon energy transformation. In order to fully implement the relevant requirements of the Opinions of the CPC Central Committee and The State Council on Fully, Accurately and Comprehensively Implementing the New Development Concepts for Carbon Peaking and Carbon Neutrality and the Action Plan for Carbon Peaking before 2030, with the consent of The State Council, the following opinions are hereby put forward on improving the institutions, mechanisms, policies and measures for the green and low-carbon energy transition.

First, general requirements

(1) Guiding ideology.

We will deepen the revolution in energy consumption, supply, technology and system, strengthen international cooperation on all fronts, proceed from China's actual national conditions, balance development with security, stabilize growth and make structural adjustments, deepen institutional reform and innovation in the energy sector, accelerate the building of a clean, low-carbon, safe and efficient energy system, and promote high-quality energy development and all-round green transformation of economic and social development. It will provide a guarantee for the scientific and orderly promotion of the goal of carbon peaking and carbon neutrality on schedule and the construction of a modern economic system.

(2) Basic Principles.

-- Adhering to a systematic approach and making coordinated progress. Strengthen top-level design, give full play to institutional advantages, properly handle the relationship between development and emission reduction, overall and partial, short and medium - to long-term, handle the complementary, coordinated and alternative relationship between different energy varieties at different stages of the transformation, promote the optimal combination of coal and new energy, and coordinate the national and regional energy green and low-carbon transformation.

-- Ensuring a safe and orderly transition. On the premise of ensuring energy security, we will promote the green and low-carbon energy transformation in an orderly manner, make progress before breaking it, adhere to the national "one game of chess", and strengthen the identification and control of risks in the transformation. On the basis of accelerating the formation of reliable supply capacity of clean and low-carbon energy, we will gradually make safe and reliable alternatives to fossil energy.

-- Innovation-driven, intensive and efficient. We will improve the system and incentive mechanism for innovation in the energy sector, and enhance our capacity for innovation in key core technologies. We will implement the policy of giving priority to conservation, strive to reduce resource consumption and carbon emissions per unit of output, increase the efficiency of energy system operation and resource allocation, and raise overall economic and social benefits. We will accelerate the formation of incentive and restraint mechanisms for reducing pollution and carbon.

-- Adhering to market leadership and government guidance. We should deepen structural reform in the energy sector, give full play to the decisive role of the market in resource allocation, and build an energy market system featuring fair, open and effective competition. We will give better play to the role of the government, strengthen guidance in planning, policy support, and market oversight, and create a favorable environment for development.

(3) Main objectives.

During the 14th Five-Year Plan period, an institutional framework for promoting green and low-carbon energy development has been established, a relatively sound policy, standard, market and regulatory system has been formed, and a mechanism for promoting green and low-carbon energy transformation led by "dual control" of energy consumption and a target system for non-fossil energy sources has been established. By 2030, a complete basic system and policy system for green and low-carbon energy development will be established, so as to form an energy production and consumption pattern in which non-fossil energy sources basically meet increased energy demand, replace fossil energy stocks on a large scale, and enhance energy security.

Second, improve the mechanism for coordinating the implementation of the national energy strategy and plan

4. Strengthen the guiding and constraining role of energy strategies and plans. Guided by the national energy strategy, strengthen the leading role of the national energy plan. All provinces (autonomous regions and municipalities directly under the Central Government) formulate their own regional energy plans based on the national energy plan and deployment as well as the local reality, define the goals and tasks of green and low-carbon energy transformation, and strengthen the coordination and mutual benefit among various energy varieties, between the upstream and downstream of the industrial chain, and between regions during the planning and implementation. We will improve overall efforts to transform energy into green, low-carbon and secure supply. We will strengthen the monitoring and evaluation of the implementation of energy planning and improve the mechanism for dynamic adjustment of energy planning.

5. Establishing a monitoring and evaluation mechanism for green and low-carbon energy transition. We will focus on monitoring and evaluating indicators such as energy intensity, total energy consumption, proportion of non-fossil energy and renewable energy consumption, and carbon emission coefficient of energy consumption in various regions, and evaluate the implementation and actual effects of relevant mechanisms and policies for green and low-carbon energy transition. We will improve the assessment mechanism for green and low-carbon energy development, and strengthen the assessment in accordance with binding energy-related indicators set out in the outline of the national economic and social development Plan, the annual plan and the energy plan. We encourage all regions to meet the minimum share of renewable energy consumption and other targets set by the state through regional cooperation or through trading of renewable energy consumption.

6. Improve the organization and coordination mechanism for green and low-carbon energy transition. The National Energy Commission coordinates strategies, development plans, action plans and policy systems related to the green and low-carbon energy transition. We will establish a cross-departmental and cross-regional coordination mechanism for energy security and development, coordinate the construction of trans-provincial and trans-regional energy transmission channels, energy reserves and other infrastructure and security systems, strengthen the connection between energy plans and major projects and territorial and spatial plans and special plans for ecological and environmental protection, and promptly study and solve problems in their implementation. We will set up an annual ledger for the implementation of major policies and construction projects to promote green and low-carbon energy transformation and ensure security, and improve the supervision and coordination mechanism.

Third, improve the system and policy system to guide green energy consumption

7. Improving the system of dual-control energy consumption and non-fossil energy targets. We will continue to give top priority to conserving energy and resources, strengthen management of binding targets for reducing energy intensity, effectively make management of total energy consumption more flexible, exclude new renewable energy and raw material energy from total energy consumption control, rationally set targets for reducing energy intensity in all regions, and better align the policy of "dual control" of energy consumption with the goals and tasks of achieving carbon peak and carbon neutrality. We will gradually establish a carbon emission control mechanism in the energy sector. To formulate and revise mandatory national standards for energy consumption quotas per unit product in key energy-using industries, and organize supervision and inspection of their implementation by key energy-using enterprises. To study and formulate carbon emission accounting methods for key industries and products. Taking into account the situation of renewable energy resources, conditions for development and utilization, and the level of economic development in all regions, we will scientifically break down the targets for the medium - and long-term total volume and minimum proportion of renewable energy development and utilization to all provinces (autonomous regions and municipalities directly under the Central Government) for implementation, and improve the mechanism for ensuring the consumption of renewable energy for electricity. We will encourage local governments to establish and improve a budget management system for energy use, and explore ways to evaluate energy consumption and output benefits. We will strengthen top-level design and coordination, and accelerate the development of a national market for carbon emission rights, energy use rights, and green electricity.

8. Establishing a sound mechanism for promoting green energy consumption. We will promote the construction of a unified green product certification and labeling system, establish a green energy consumption certification mechanism, and encourage various social organizations to accept the certification results. The promotion mechanism of electric energy replacement should be established, and the technical guidance for electric energy replacement should be strengthened by improving relevant standards. We will improve and promote the trading of green electricity certificates and promote the consumption of green electricity. Encourage the whole society to prioritize the use of green energy and the procurement of green products and services, and public institutions should lead by example. All regions should adopt advanced energy efficiency and green energy consumption standards in light of their local conditions, vigorously publicize the concept of energy conservation and green consumption, and further carry out actions to create a green life. We will encourage localities where conditions permit to demonstrate high-level green energy consumption, and encourage energy conservation throughout society.

9. Improving policies to support green energy consumption in industrial sectors. We will guide industrial enterprises to carry out clean energy alternatives, reduce carbon emissions per unit product, and encourage qualified enterprises to take the lead in forming low-carbon and zero-carbon energy consumption patterns. We will encourage the construction of green energy industrial parks and enterprises, develop green industrial microgrids, support the development and utilization of clean and low-carbon energy in our own sites, and build distributed clean energy and smart energy systems. We will reduce or exempt cross-subsidies and system backup charges for power generation through the comprehensive use of waste heat, pressure and gas, and improve pricing policies that support self-generated, distributed clean energy generation. On the premise of conforming to the conditions of electric power planning and distribution and safe operation of the power grid, it encourages renewable energy power projects to supply power to nearby industrial parks or enterprises through innovative power transmission and operation modes, and encourages industrial parks or enterprises to purchase green electricity through the electricity market. We will encourage key emerging energy use areas to focus on green energy to meet energy demand and make full use of waste heat, pressure and gas.

10. Improving policies on green energy use and clean heating for buildings. We will raise building energy efficiency standards, promote the large-scale development of ultra-low energy consumption buildings and low-carbon buildings, promote and support the energy-saving renovation of existing buildings, actively promote the use of green building materials, and improve the system for managing building energy quotas. China will improve standards for the application of renewable energy in buildings, encourage the integrated application of photovoltaic energy in buildings, and support the use of solar energy, geothermal energy and biomass energy to build energy supply systems for renewable energy buildings. In areas where conditions permit, we will promote the reform of heating metering and the construction of intelligent heating facilities, encourage charging based on heat, encourage electric heating enterprises and users to obtain low-price electricity during off-peak hours through the electricity market, and comprehensively apply peaking and valley electricity prices and residential prices