Comprehensive Energy

At present, under the demand for energy transformation, the urgent global demand for energy conservation and emission reduction, as well as the rapid development of new energy, have driven the rise of integrated energy. Although new energy has potential, it has intermittent issues and needs to be combined with other energy sources to achieve stable supply. Secondly, technological progress provides support for it. Energy Internet technology realizes energy and information integration, which is convenient for comprehensive energy optimization management; Energy storage technology reduces storage costs, improves efficiency, and balances energy supply and demand; Distributed energy technology enables the decentralization and miniaturization of energy production and supply, reducing transmission losses. Furthermore, market demand has changed, and users have a demand for comprehensive energy supply and high-quality energy services. China also regards it as an important measure to promote energy supply side reform and enhance the international competitiveness of the energy industry, creating a favorable policy environment and market for the development of comprehensive energy.

In this context, as major energy consumers, factory enterprises also expect stable energy supply and controllable costs. Up to now, Mingde Energy Storage has provided comprehensive energy solutions for multiple factories, enterprises, and parks

For example, a certain food processing plant uses a comprehensive energy management platform to centrally and intelligently manage photovoltaics, energy storage, and chain management, creating an integrated system of photovoltaics, energy storage, and cooling for the food plant. Based on an expected consumption ratio of 100%, and using a comprehensive electricity price of 0.95/kWh for industrial electricity in Chongqing during photovoltaic power generation, a 70% discount on electricity prices is calculated to reduce the company's annual electricity expenses by approximately 1.3082 million yuan.

For example, a comprehensive park in Beijing that focuses on research and development, office facilities, and residential apartments, creating a form of multi energy supply and complementary assistance; Realize zero capacity expansion of transformers, with an expected 10% increase in energy efficiency and a 37% reduction in carbon emissions after operation.

Mingde aims to serve "industry customers" and create zero carbon park solution products, focusing on nine scenarios including "zero carbon factories, parks, commercial complexes, hotels, transportation hubs, public buildings, data centers, schools, and hospitals". It plans, constructs, manages, and operates green power applications, green heat applications, energy conservation and emission reduction applications, dual carbon applications, and virtual power plant applications in a unified manner. Through multiple technologies such as integrated light storage and charging, photovoltaic power generation, distributed/wind power generation, geothermal energy, waste heat recovery, and industrial energy conservation, it now integrates multi station distributed logic, complements each other in structure, and horizontally connects data to meet the different needs of energy users, forming a new business model and model for zero carbon parks.