Industry News

Lithium iron phosphate (LFP) batteries are widely applied in new energy vehicles, advanced energy storage and other fields due to their high safety and low cost. However, their application is restr...

Lithium‑ion battery production involves multiple highly‑controlled, automated procedures to guarantee safety and performance. Key stages include electrode preparation, drying and calendaring, elect...

Project Background Located on a remote tourist island in the central Philippines, this high‑end beach resort accommodates hundreds of guests all year round. Hotel core loads include guest‑room air‑...

Recently, MECC has officially signed a microgrid project contract with a well‑known cement plant in the Republic of Mali. MECC delivers an advanced energy‑storage microgrid solution for the local c...

Against the backdrop of accelerated global energy transition, high‑penetration renewable energy imposes higher requirements on grid flexibility. Featuring fast response and flexible modulation capa...

How does MECC deliver round‑the‑clock stable power on off‑grid Indonesian islands? For most regions, access to utility grid power is taken for granted. However, stable electricity supply remains a ...

Lithium iron phosphate (LFP) batteries feature excellent cycling stability, yet their rate performance is considerably inferior to that of ternary lithium batteries. The rate capability of LFP batt...

Cycling performance is not only a core metric for evaluating the economic value of lithium-ion batteries but also a macro indicator reflecting efficient resource utilization. The factors governing ...

Project Overview This is an energy‑storage system project for the industrial park of a joint‑stock limited company. The system consists of 14 parallel‑connected 261 kWh lithium‑iron‑phosphate integ...

Project Overview This new‑energy‑vehicle charging solution adopts 5 units of 125 kW string‑type converters to build a 500 kW / 1000 kWh redundant cabinet‑type energy‑storage system. When new‑energy...

Project Overview Railway construction routes are exposed to harsh operating conditions - high altitudes ranging from 2,000 m to 3,000 m, persistent low temperatures and an unstable utility grid. To...

For high‑energy‑consumption manufacturing enterprises, production capacity is constrained by fully‑loaded transformers during peak electricity hours, while large peak‑valley tariff gaps keep overal...