SDEC was founded in 1947 and is a generator manufacturer and supplier. They are ISO9001, QS9000 and TS16949 certified, which is testament to their quality and reliable performance.
SDEC 155kW Diesel Engine
The SDEC 6HTAA6.5-G22 highlights exceptional engineering balance, utilising a vertical inline six-cylinder layout with a 16:1 compression ratio optimised for forced-induction thermal profiles. The core engine architecture incorporates premium dry-liner cylinder geometry alongside a high-density 4-valve per cylinder overhead configuration to secure rapid volumetric air exchange. This robust cast-iron block features cross-flow cylinder head structures that isolate extreme structural loading points, effectively preventing head warping and maximising long-term field availability when regional utility grids fail.
Industrial Power Architecture & Reliability
Designed with an integrated cylinder head and a high strength cast-iron block, the 6HTAA6.5-G22 utilises premier international component brands to ensure absolute mechanical integrity under rigorous load cycles. Its advanced, high-efficiency four-valve layout guarantees optimal fuel atomisation and torque delivery, making it the preferred choice for local generator builders requiring reliable prime and standby power for commercial, agricultural, and industrial infrastructure. With a simplified layout that drastically reduces part-count complexity, this engine lowers long-term operational overhead while maximising field uptime under demanding African environmental conditions.
SDEC 155kW Engine Technical Features
Advanced 4-Valve Architecture: Features an integrated cylinder head design and a heavy-duty cylinder block, incorporating tier-one international components to maximise thermal efficiency and structural longevity.
Automotive-Grade Quality Infrastructure: Manufactured to the strict quality control matrix of SAIC Motor and verified by world-class German automotive production systems, ensuring absolute product consistency and balanced performance.
Simplified Mechanical Framework: The structural blueprint relies on integrated components, reducing total part count compared to conventional diesel powertrains. This results in simplified field maintenance and lower spare parts overhead.
Strong Environmental Resilience: Engineered for instantaneous starting capability without an intake pre-heater down to minus 10°C, and extending down to minus 30°C utilising an auxiliary heating device for absolute grid-independence in any environment.
Regulated Emission Compliance: Engineered to meet strict global industrial standards, matching the Off-Road Stage II emission framework for cleaner, highly efficient fuel consumption profiles.



