Renewable Energy Technologies

Our team of highly trained and experienced engineers is determined to design and implement innovative, customized, and cost-effective solutions for all your energy management, and sustainable and renewable energy needs.

Electrical Engineering

We develop Electrical Infrastructure Master Plans and provide technical audit, installation and commissioning services. We also provide fully compliant design and installation services across the whole range of installations, maintenance and testing for the industrial and commercial sectors.

Energy Efficiency and Management

Energy Audits

• Using Big Data and advanced statistical analysis techniques, MD conducts detailed studies of your energy consumption patterns and behaviour to assess opportunities for energy savings and to evaluate the technical and financial viability of renewable energy systems for your business.

Smart Energy Management Systems

• Through Automated Meter Reading (AMR) systems, we offer your business live and remote monitoring and control of your building’s energy consumption via a bespoke web portal. This capability implemented with automatable smart control algorithms allows easy and effective management of energy, presenting significant opportunities for energy savings.

Energy-Efficient System Design

• Efficient Heating and Lighting Systems; CFLs, LEDs, solar geysers, heat pumps, building insulation

Renewable and Sustainable Energy

• We design, supply, and install various renewable energy solutions such as photovoltaic (PV) solar systems and battery energy storage systems (BESS). The scale of applications ranges from small residential off-grid systems to sizeable commercial and industrial grid-tied and off-grid systems.


• Our renewable energy designs are informed by extensive energy audits and risk-based analysis of renewable resource availability to determine the optimal solution that achieves maximum yield.


• Our PV and BESS solutions are coupled with a smart energy management system to ensure that generated power is utilized cost-effectively. Our carefully designed system achieves this by applying a weighted tradeoff between the cost of local (on-site) generation and the cost of utility-sourced electricity in a given time interval and based on the applicable Time-Of-Use (ToU) tariff. By doing so, the system optimizes energy arbitrage.