This course will expose the participants to the principles and practice of installation works for solar PV installations and the appropriate way of conducting Solar PV works. Orientation of PV panels, angle of inclination throughout the world, basic electrical audit works, PV system component sizing, principle of solar PV operation, etc. Also, the course will expose the participants to the principles and practice of effective solar PV systems installations. Basic calculations, battery sizing, S.O.C, D.O.D and cycles for batteries. PV panels use, inverters and applications, load controllers, charge regulator use. Finally it will cover protection systems.

The participants would have advanced skills of professional and world class Solar PV installations, proper system sizing, proper PV panel mounting direction, orientation and proper angles for each city or location. Safety, tools and equipment use and handling. Marketing skills for solar PV business, business registration and basic business tools and documents.

Prerequisite: Solar PV Installation (SPVI) - Intermediate

This course will expose the participants to the principles and practice of installation works for solar PV installations and the appropriate way of conducting Solar PV works. It will proceed into more advanced Solar PV issues beyond the SPVI course. Solar PV project designs, project supervision, basic of energy systems and hybrid combination, advance electrical audit and energy analysis, PV system component sizing, principle of solar PV operation. Physics of solar technology.

The participants would have learnt the skills of professional and world class Solar PV installations. Handling large Solar PV site installation in supervisory role. Handle system solar PV designs and hybrid options.

Prerequisite: Solar PV Installation (SPVI) - Advanced

This course will expose the participants to the principles and practice of solar water pumping installation works for solar PV. Various orientation designed of Solar PV panels for water pumping application only, basic electrical audit, hydro audit, water design and planning works, Water PV system component sizing. Types of wells, dynamic and static water works, water pressure and friction in pipes. Surface and vertical water pumping. AC/DC water pumping. Hybrid water pumping system.

The participants would have learnt the skills of professional and world class Solar PV water pumping installations. Handling large Solar PV water pumping site installation in supervisory role. Hybrid water pumping options.

Prerequisite: Solar PV Installation (SPVI) - Advanced

This course will expose the participants to the principles and practice of solar thermal water heating installation works. Types of solar Thermal water heaters and their applications.Proper Orientation of Thermal conductors on water heater. Water heater sizing. Assisted solar thermal heating via Solar PV application. Thermal energy calculations

The participants would have learnt the skills of professional and world class Solar Thermal water heating installations. Handling large Solar Thermal water heating installation works. How to design a hot water system for small and large facilities

Prerequisite: Solar PV Installation (SPVI) - Advanced

This course will expose the participants to the principles and practice of small hydro power systems and works. It entails detailed civil and water engineering works and installation. Water analysis and power generation capacity determination. Flow rate, head of water, energy and power potentials, civil construction works, generator house, distribution network, metering.

The participants would have learnt the skills of professional and world class Small hydro civil engineering installation and construction works for rural hydro power.

This course will expose the participants to the principles and practice of design, installation and effective project management of mini-grid projects. Design and implementation of Mini-Grids. Understanding hybrid systems. Various forms of renewable energy systems for hybrid application. EIA, Metering, distribution networking, tariffs, CSR, Legal and regulatory framework for Mini-grids. Management of mini-grid (LCCA, NPV) and financial management of mini-grid projects.

The participants would have learnt the skills of mini-grid design and construction, implementation and operations of mini-grids. Designing, monitoring and managing mini-grid energy systems which are workable, cost effective and profitable.

This course will expose the participants to the principles and practice of effective energy audit for facilities and industries. Energy reduction techniques and adaptation plan. Retrofitting process for energy consumption reduction. Energy and power analysis for industrial, commercial, business and residential facilities.

The participants would have learnt the skills of energy audit practice and energy reduction and management and be able to apply them in various concerns. This spans from residential to business, manufacturing and commercial facilities. This will equip the participant, with the skill of evaluating and monitoring of facility and industrial power systems during design and operational stages. Achieving skills of downsizing consumption from grid, standby and alternative power systems to the barest minimum yet achieving its economics. Designing, monitoring and managing energy systems which are workable, cost effective and profitable.

This course will expose the participants to the principles and practice of effective energy management as a field of practice. The basics of energy conservation, recycling, monitoring, evaluation, cost benefit analysis, procurement, and energy control are the intents. It will ensure that practitioners, energy managers and end users learn the practical techniques of the above mentioned concepts. These resulting in proper management of energy and power for various business and private applications, thereby reducing operational cost, increasing profit margin, environmental management and material localization and resource conservation.

The participants would have learnt the skills of energy management and be able to apply them in various concerns, from policy development, to design to futuristic sustainable environmental practice.

This course will expose the participants to the fundamentals of energy as an economic commodity. Sources of energy and national energy policy formulation. Pricing, demand and supply of energy. It covers the various basic principles of energy fundamentals, sourcing, management, allocation, budgeting, policy, politics and energy mix and national policy agenda and sustainability of economic power and energy. Those who attend this course, will be able to understand and apply right principles and develop energy systems for national policy development. Advise energy practitioners on energy policy and strategy development, consult and administer energy solutions for factories, facilities, communities and homes.

The participants would have learnt the principles and application of energy economics and its application to various concerns. These span from business, manufacturing to National power generation. Designing, monitoring and managing energy systems which are workable, cost effective and profitable.

This course will expose the participants to the principles of energy and its application in modern facility design and operations. Looking at the most important, sustainable and applicable and environmentally friendly application for facilities. This course will expose the participants to the principles and practice of effective energy management and energy efficiency application. Audit techniques for effective building and facility operation. It will include sustainability plan for short, medium and long term planning. Clean energy and environmental protection. Effective energy management and the basics of energy conservation and monitoring, evaluation, cost benefit analysis.

The participants would have learnt the skills of energy management and energy efficiency and be able to apply them in various concerns from business, manufacturing to facility management. Designing, monitoring and managing energy systems which are workable, cost effective and profitable.

This course will expose the participants to the principles and practice of design of Hybrid systems/ Understanding hybrid systems, and various forms of renewable energy systems for hybrid application. Control systems and monitoring. Metering, distribution networking.

The participants would have learnt the skills of Hybrid systems design and implementation.

This course will expose the participants to the principles and practice of Wind power turbines. Turbine design, installations and engineering. The participants will be exposed to appropriate installation patterns for wind turbines, for vertical and horizontal types. Wind pattern assessment. Procedures and processes, Data logger and recording pattern. Dump load, dump load controllers. Hybrid systems installations.

The participants would have learnt the skills of designing, monitoring and managing and installing small wind turbines. Hybrid systems and heat alternative power usage, and economic use of reserve wind power.

This course will equip the participants with the capacity to effectively design and manage energy systems and conduct pre-occupation audit of factories, facilities homes, while achieving same results for electrical and industrial appliances. Effective energy Mix, using hybrid methodology, renewable energy integration, gas utilization for effective power delivery are covered.

The participants would have learnt the skills of pre and post energy assessments and have a wide understanding of energy resource application. The personnel would be have a clear understanding of the best energy mix to deploy, considering costs and environmental friendliness of technologies.

Renewable energy application methods for effective and affordable power generation principles and techniques are taught. Analysis of renewable energy potentials, site and source detection is well explained. Facility energy mix and power partitioning systems for effective power delivery and efficiency within complexes. This course will teach how to prospect, develop and change the energy plan and source for facilities and premises, whether residential or commercial, even after design. It will bring about designing and planning skills for developing project power sources for specific locations. For example integrating solar power, bio gas systems, gasification for sites and premises where these sources of energy are available yet neglected. These sources would result to maximizing resource and ultimately cost reduction a nd power efficiency

To prepare ,equip and educate participants on the methods and workable options of applying renewable energy mix and operations for facilities. The participants would have learnt and acquired the relevant skills for power development, generation and sustainance for facilities.

Many businesses and projects fail because there is no true method or professional path for performance measurement and evaluation. With developed accurate indicators for measuring activities we get clear indication as to how a project, a set of activities, or venture, is performing. This course helps to achieve all these and its application, cuts across all professional fields of practice.

To create a practical applicable way of measuring, monitoring and evaluating projects, programs and their activities.