Modular gas generation, connected with fuel infrastructure, battery storage and intelligent control for oilfields, mines, telecom and other weak-grid or remote sites.
Find answers for your project — customers, dealers & EPCs →
Choose the closest site condition. The energy route below shows how CIMC ENRIC connects the right capabilities to the job.
Storage, gas conditioning and modular generation form the power route. BESS and EMS can steady output and support changing loads.
The first AM20 package is now on site, beginning initial testing and deployment. LNG storage, gas preparation, controls and generation come together in one compact system. More units are planned to follow as the rollout progresses.
We start with what the site can access, then connect the equipment, controls and delivery needed to turn it into reliable power. Each project uses the blocks its operating conditions call for.
Pipeline gas, LNG, CNG, associated gas, solar or biomass.
Tanks, transport, vaporization, gas treatment and regulation.
Modular gas engines, CHP, renewable generation or grid supply.
BESS, PCS, EMS and CO₂ long-duration storage routes, matched to the project.
Telecom, oilfields, mines, industry, data centers and remote sites.
From early-stage consultation to LNG terminal and cryogenic storage engineering, explore how CIMC EnTech can support your project.
Explore LNG infrastructure →
Choose a single packaged unit for a focused site load, or build a larger power platform from modular AM blocks. Gas preparation and electrical interfaces are matched to the project.
A single high-cube package keeps the power block compact and straightforward to transport and deploy. A practical fit for oilfield, remote and distributed loads.
Each 1.2 MW module uses four 300 kW generator modules. Group units to build larger plant capacity with a defined reserve, control and grid-interface plan.
For sites that need large, long-duration generation, the SL series extends the product line beyond modular AM blocks. Fuel suitability, gas preparation, operating duty and electrical interfaces are assessed for each project.
Estimated nameplate capacity of gas generation equipment that could be produced in a year. This is a planning estimate, not actual annual output, installed power capacity, current orders or electricity generated.
AM1200 details follow the published conceptual expansion page. Final configuration depends on confirmed fuel, load, grid and site data.
Explore the separate milestones of our SolaX and Firman initiatives for overseas mining microgrids and LPG-to-Power applications. Each partnership has its own development and agreement status.
Strategic cooperation agreement signed. SolaX leads microgrid engineering and storage (BESS+PCS) integration with CIMC gas generation for overseas mines—an integrated energy architecture backed by a forthcoming white paper.
Read the partnership timeline →A small-scale package designed for continuous 24-hour operation where LNG delivery is impractical. Firman’s local sales, operations and after-sales network can support deployment and lifecycle service, extending CIMC’s power solutions to more African use cases.
Read the MOU signing →See each partnership page for its published milestones and confirmed scope. Operating performance depends on fuel quality, site conditions, configuration and maintenance.
Industrial energy is our foundation. Homes and the small businesses around them are an important part of our next chapter.
With our strategic storage partner and Firman, we are developing household solutions that connect solar, battery storage and suitable LPG / LNG backup, supported by qualified local dealers.
Explore household energy solutions →Five domestic production bases support a broad portfolio for grid-scale, commercial and industrial, renewable integration, charging, marine and mobile applications. The new Baotou base extends the network into Northwest China.
The June 2025 four-base production-capacity reference and Baotou’s September 2026 Phase I delivery capability are shown separately; they are not a statement of current-year actual output. Read the manufacturing references →
From equipment design to operation, connected across the lifecycle.
Store surplus electricity through CO₂ compression, liquid storage and recovered heat. Release it through reheating and expansion to generate power when demand returns.
Ambient-pressure gas enters compression.
Electricity drives compression; heat is recovered.
Store the liquid under pressure until discharge.
Stored heat prepares CO₂ for expansion.
Expansion generates electricity.
For MW-scale projects where sustained discharge is part of the operating requirement.
Explore storing surplus wind or solar power for later demand and peak-shaving duties.
A gas-and-liquid storage route without an underground cavern. Land, safety distances and permits shape each design.
Built on Shijiazhuang ENRIC’s high-pressure gas equipment expertise, with system integration and delivery scope defined for each project.
Bring your target MW / MWh, discharge hours, available land and grid or renewable profile. We can start by reviewing the technology route and equipment interfaces.
CIMC ENRIC delivered the 10.5 MPa above-ground air storage system for China Three Gorges' CAES demonstration plant in Inner Mongolia. It uses standard pressure vessels, so no underground cavern is needed.
CO₂ storage adds a physical storage route to the portfolio alongside BESS. Selection depends on discharge duration, response requirements, footprint, cycling and project economics. The 4h+ marker describes a design application, rather than a guaranteed specification; capacity, efficiency, lifetime and cost are established during project engineering.
Explore BESS and microgrid solutions →Power, storage, cooling and modular construction come together here. CIMC can coordinate the energy system around the data center, then connect it to factory-built infrastructure and site commissioning.
At CIMC Digital Power’s Jiangmen Xinhui production base, modular data center buildings are engineered for factory manufacture and global project delivery. Combined project planning brings the power route, BESS and controls together with PTU, generator modules, prefabricated cooling plants, data hall modules and commissioning.
Energy source → AM generation → BESS + EMS → PTU + cooling → modular data halls → commissioning
Whether you need an energy system, a local partnership or a platform for your own technology, choose the starting point that fits you.
Bring your site, fuel or grid conditions and power needs. Start a project assessment for the system that fits your operation.
Discuss your energy project →Bring your market, customers and service network. Explore equipment supply, local delivery and partnership opportunities.
Start a local-partner inquiry →Align the equipment scope, site interfaces and delivery plan. Tell us where your project needs manufacturing or integration support.
Discuss an engineering scope →Bring your battery, engine, PCS, cooling technology or a new product idea. Explore the enclosure and system integration around it.
Bring your technology →Explore backup power, solar and storage for your home, with local installation and support as part of the discussion.
Explore household energy → Ask about your home’s energy needs →From aquaculture and tourism to modular infrastructure: your application may be the next cooperation point. Start with a short idea.
Explore our co-creation platform → Submit an early idea →From tanks and gas processing to generation, storage, cooling and modular data centers, follow the factory review routes that connect our energy capabilities to manufacturing and delivery evidence.
Explore the relevant CIMC entity, component suppliers and integration scope for your project.
Explore regional developments, field notes and engineering routes that help customers, dealers and EPCs plan their next step.
Prepare a household energy dealer financing discussion: equipment documents, bank requirements, repayment and T/T or L/C milestones. Includes a shareable checklist.
Read the article →Compare LPG, diesel and battery backup for your home using fuel access, charging, essential loads and local service. Understand where LNG needs a separate assessment.
Read the article →Know what a local home energy dealer should provide: site review, installation, commissioning, warranty and support. Explore the CIMC household delivery route.
Read the article →Start with clear answers to common project questions, then explore the relevant product, solution or project reference.
Pipeline gas, LNG, CNG and suitable associated gas can supply a gas-to-power system. LNG and CNG need the appropriate storage and gas preparation equipment; engine selection depends on gas quality and supply conditions.
Read the full answer and related resources →500 kW describes power; 1.2 MWh describes nominal stored energy. Dividing 1,200 kWh by 500 kW gives 2.4 hours in theory. Actual AC-side duration depends on usable energy, efficiency, auxiliary loads and operating limits.
Read the full answer and related resources →The AM600 uses a single standard 20-ft high-cube package. Site preparation still includes foundations, unloading access, fuel connections, electrical interfaces, ventilation clearances and commissioning.
Read the full answer and related resources →An initial estimate should identify equipment, integration and project assumptions separately. Shipping, taxes, site work, installation, commissioning and fuel infrastructure must be explicitly included or excluded.
Read the full answer and related resources →Share four project details and continue to a first-pass assessment. The estimate supports early planning and is not a commercial quotation.
Estimate CNG, LNG or pipeline-gas demand and avoided operating cost for your project.