Mission-critical data centres are moving into a new power class. AI training clusters, GPU halls and hyperscale campuses now plan backup capacity in tens of megawatts, and the generator set behind each block is growing beyond 2 MW. The type of 2 MW+ generator set selected shapes the energy yard, the distribution voltage and the way maintenance is carried out. MPMC POWERTECH CORP. (MPMC), founded in 2008 and headquartered in Shanghai, manufactures containerised generator sets of up to 3,750 kVA per unit, battery energy storage systems and the controls that coordinate them, and has supplied data-centre backup power from the UAE to the United States.

What Changes Above 2 MW

Fewer, Larger Units per Megawatt

Larger units reduce the number of sets, breakers and synchronising points needed for a given capacity, simplifying the energy yard, cabling and commissioning. A campus planned around 3,000 kVA units needs far fewer containers than one built from 1,000 kVA sets, with N+X redundancy maintained across each block.

Standby and Prime Ratings in a Data-Centre Context

Most data centres specify standby ratings for outage cover, while sites that also run their sets for peak shaving or extended grid disturbances look closely at prime ratings. MPMC publishes both for its documented models. The 60 Hz MCLS2000(S)-2 on a Cummins QSK60-G7 engine, for example, is rated 2,281.25 kVA / 1,825 kW prime and 2,500 kVA / 2,000 kW standby, giving designers clear figures for each duty.

Three Generator Set Architectures Above 2 MW

Large Single-Engine Containerised Sets

MPMC's single-engine containerised platform runs from 800 kVA to 3,750 kVA, with engines from MTU, Cummins, Perkins, Baudouin, Scania, SME, Volvo and SDEC paired with Stamford or Leroy-Somer alternators. For a data centre in the UAE, MPMC supplied 3,000 kVA units powered by MTU 20V4000 G63LF engines with Leroy-Somer LSA 53.2 XL13 alternators, generating at 6 kV and 50 Hz, with multi-radiator cooling, anti-condensation heaters and RTD temperature monitoring.

Twin-Engine Sets: MPMC Twins Power

MPMC's Twins Power MPME2700S-2-SC places two independent engines in one containerised silent unit. Two Perkins 5012C-E46TAG6 diesel engines drive two Mecc Alte ECO46HV-2L/4 alternators to deliver 2,702 kW / 3,377.5 kVA prime and 2,972 kW / 3,715 kVA standby at 60 Hz, generating directly at 13.8 kV. The engines are dispatched intelligently according to load, which brings dual-engine redundancy, millisecond failover, stable power for sudden load changes and up to 40% fuel saving at low load, together with parallel operation, maintenance without shutdown and flexible capacity expansion.

Its DSE 8610 MKII controller supports MODBUS TCP/RTU for integration with BMS and DCIM platforms, and the 18 m container holds noise to 80 dB(A) at 1 m and 75% load in a compact footprint. MPMC showcased the Twins Power solution with its commercial and industrial battery storage at Data Centre World Asia 2026 in Singapore.

MPMC Twins Power MPME2700S-2-SC twin-engine diesel generator set in its containerised silent enclosure.

Parallel Blocks for Campus Scale

Whichever unit is selected, campus capacity is built by paralleling. DSE or DEIF AGC controllers synchronise multiple sets through ABB or Schneider motorised breakers, sharing load and rotating duty so that individual units can be serviced while the block stays ready. MPMC's data-centre references include the 12 MW Changhang Power Station in the UAE, built on MTU 20V4000 G63LF engines, and 36 MW of data-centre backup power in the United States.

Table 1. MPMC 2 MW+ generator set options for data centres

Engineering Details for the Data-Hall Environment

Medium- and High-Voltage Output

Generating at medium or high voltage shortens the path from energy yard to data hall. MPMC's documented options include 6 kV on the UAE data-centre units, 11 kV on the Cummins-powered MCLS2000H(S)-1, and 13.8 kV on the Twins Power MPME2700S-2-SC, which removes the need for large step-up transformers and reduces transmission losses across extensive campus distribution networks.

Load Acceptance and Controls

Data-centre configurations prioritise one-step load acceptance in line with ISO 8528-5, automatic mains changeover (AMF) through DSE 4520 MKII or DEIF controllers, and parallel synchronisation through DEIF AGC 150 or DSE 8610 MKII controllers. Steady-state frequency stability within ±0.25% and voltage regulation within ±1% keep UPS systems and IT loads within tolerance as power is restored.

Cooling, Acoustics and Verified Performance

Units are engineered for up to 50°C ambient with copper radiator options, and containerised silent (SC) enclosures reach levels from 75 to 91 dB(A) at 1 m and 75% load depending on model. Built-in fuel tanks of 6, 8, 12 or 24 hours, with bonded or external options, set the autonomy. Every set is load-tested at 0%, 25%, 50%, 75%, 100% and 110% in MPMC's CNAS-accredited test centre, including a constant-temperature room that simulates 40°C or 50°C ambient, conditions that mirror a data centre's hot-aisle environment.

MPMC 3,000 kVA MTU-powered generator set built for a data centre in the UAE.

Pairing 2 MW+ Generator Sets With Battery Storage

MPMC's HBD-A battery energy storage systems, from 125 kW / 261 kWh to 1,125 kW / 2,170 kWh per unit with LFP 314Ah cells rated for 8,000 cycles at 90% depth of discharge, integrate with the generator set array to provide UPS-level millisecond response, peak shaving and frequency regulation. The battery carries short events and smooths load fluctuations, while the generator sets cover extended outages, so each layer does the work it suits best.

With the Twins Power solution, backup, peak shaving and EMS control work together, and the two engines are dispatched intelligently according to load. MPMC's self-developed SCADA adds real-time monitoring, automated reports and ten years of data retention under an SL3-level cybersecurity framework, with Starlink satellite backup communication.

Table 2. MPMC data-centre and critical-power references

Why Data-Centre Buyers Specify MPMC

MPMC supplies generator sets, battery storage and control platforms from its own factories, so a data-centre project can specify its energy yard as one coordinated system. The Haimen smart factory builds high-end customised generator sets with NDT inspection of every chassis and C3 to C5 anti-corrosion coating. Each project includes design consultation, product customisation, factory testing, logistics and commissioning support, backed by experience in more than 120 countries and territories.

Specifying 2 MW+ Data-Centre Backup With MPMC

• Define the critical IT load and the growth phases of the campus

• Set the redundancy level for each block

• Choose single-engine, twin-engine or parallel architecture

• Select the distribution voltage: low voltage, 6 kV, 11 kV or 13.8 kV

• Align load acceptance steps with the UPS design

• Plan fuel autonomy and the tank arrangement

• Decide the role of HBD-A battery storage

• Contact MPMC at sales@mpmc-china.com or WhatsApp +86 150 0085 4420 for a data-centre power proposal

Frequently Asked Questions