Solution

Cost-efficient gas engine cogeneration systems for reduced CO2 emissions and improved BCP​

Discover how MHI's gas engine cogeneration system ensures stable power, energy efficiency, and cost savings.

For Those Facing These Challenges:

  • Struggling with rising energy costs— Electricity and fuel expenses are impacting your bottom line.​
  • Production line shutdowns during power outages causing major losses— Raw material waste and delivery delays result in significant financial impact​.
  • Inefficient separate systems for power and heat increasing costs— Wasted energy and higher fuel consumption due to non-integrated setups.​
  • Pressure to reduce CO₂ emissions— Meeting sustainability goals and regulatory requirements is becoming critical.​

Our Solution — GSR Series Gas Engine Cogeneration​

  • What it is:
    A continuous‑use gas engine cogeneration system that produces electricity and recoverable heat from one fuel source, designed to operate independently when commercial power is unstable or unavailable.
  • Key Benefits (at a glance):​

    Boosts BCP by providing a stable power supply to production lines in the event of disruption to commercial power​.

    Improves overall efficiency through effective utilization of waste heat from gas engine combined with energy management system (EMS).

    Reduces CO₂ emissions thanks to eco-friendly gas engine​.

How It Lowers Your Costs​
On‑Site Generate Power On‑Site
Reduce purchases from the grid by producing electricity with high engine efficiency.​
Re-Cycle Recover Waste Heat
Use engine exhaust and jacket heat to produce process hot water/steam, displacing boiler fuel. Total efficiency >80% reduces combined electricity + thermal spend.​
stability Stabilize Operations
In outages, the system runs independently to avoid raw material loss and delivery delays.​

Get Your Free Consultation

Case Study (Japan) — Cost‑Efficient Cogeneration with Improved BCP​

  • Customer:
    RM TOHCELLO Co., Ltd.(packaging films & foam sheeting for food/beverage/daily necessities) — Itako Works, Ibaraki.​
  • Challenge:​
    Insufficient commercial power nearby; frequent lightning strikes.​ Needed a more cost‑efficient and lower‑carbonreplacement for existing diesel cogeneration.​
  • Solution:​​
    ​Gas engine cogeneration with an energy management system (EMS) to improve overall efficiency and stabilize power to production lines during disruptions.​
  • Results:​​​
    Stable power in emergencies with verified load‑following capability.​
    Lower CO₂ and better energy economicsvia effective waste‑heat utilization and optimized engine sequencing.​​

Turn Rising Energy Costs into Today

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[PLEASE NOTE]
・This service is intended for corporate users.
Therefore, we may not be able to respond to inquiries from individuals or free addresses.
・For companies which we may determine as competitors or in the same line as our service, we may not be able to respond to your request.