An electric generator is usually valuable in many (especially in African) operational environments because power supply conditions, infrastructure, and logistics can vary widely by region.  

Here are the main practical reasons organizations deploy generators: 

1. Power reliability and continuity 

In many cities and especially rural areas, grid electricity can be intermittent due to load-shedding, outages, or weak distribution networks. A generator provides backup power, which prevents: 

• Production downtime, data loss, disruption to customer services, safety risks in critical operations 

For departments handling IT, manufacturing, healthcare, or cold storage, continuity is often the primary driver. 

2. Operational risk management 

From a business-continuity perspective, a generator acts as a resilience asset: 

• keeps security systems, lighting, and access control online, maintains communications (servers, routers, telecom equipment), allows teams to meet deadlines even during outages. 

In regions where outages can last hours or days, this reduces operational volatility. 

3. Support for remote or off-grid locations 

If your departments operate in mining areas, agricultural zones, construction sites, or field offices, grid power may be unavailable. Generators become the primary energy source for: 

• tools and machinery, refrigeration, water pumping, temporary offices or camps 

4. Cost control and productivity 

Although fuel has a cost, downtime can be more expensive. A generator can: 

• prevent lost revenue during outages, protect sensitive equipment from unstable voltage and reduce maintenance caused by frequent power interruptions 

Some organizations also run generators during peak tariff periods if grid electricity is expensive or unstable. 

5. Protection of equipment and data 

Power fluctuations (voltage drops, surges) are common in weaker grids. Generators combined with stabilizers or UPS systems help protect: 

• servers and network infrastructure, laboratory or medical devices or industrial automation systems 

6. Energy flexibility and hybrid setups 

Many companies now use generators as part of hybrid systems: 

• solar + battery + diesel generator, generator only as backup when renewable output is low 

This approach lowers fuel costs while maintaining reliability. 

DMH offers a wide range of E-generators for different tasks : 

• Portable Generators (1 kW to 10 kW) 

• Inverter Generators (produces AC power, converts it to DC, then inverts it back to a very stable AC waveform) 

• Diesel Generators (Industrial / Standby). From 10 kW up to several MW 

• Gas Generators (Natural Gas / LPG) 

• Solar “Generators” (Battery Power Stations) 

Contact us to define together the best solution for your department(s). 

Your DMH-TEAM !