The provision of power is the lynchpin that binds together the three components of sustainability—economic success, social advancement, and observing environmental restrictions. The majority of the world's population without access to modern electricity is found in Sub-Saharan Africa, with low-income and rural populations suffering the most. For instance, just 36% of rural populations in Sub-Saharan Africa have access to electricity, compared to 85% in developing Asia. Compared to a few years ago, technology has developed much more quickly in recent years. As a result of this development, Original Equipment Manufacturers (OEMs) have adjusted energy equipment, and in some cases, completely altered the machines and technology that power it. OEMs are mostly based in wealthy countries with the financial resources to do so. OEMs are largely domiciled in developed countries which have the capacity to deal with issues of rapid changes in technology. In addition, the maintenance and at times, the required regular calibration become more problematic compared.

Industrial and commercial businesses are now using industrial PV systems and solar arrays to prevent power outages brought on by grid supply issues. In the paper, steel, chemical, textile, cement, dairy, and ceramic industries, solar power panels are swiftly moving from being an option to the standard. This has been made possible by the widespread use of open access grids across the nation's states. The majority of solar equipment purchases require recurring inspections to ensure maximum performance and security. The type of business solar installation, system configuration, and location affect the frequency and breadth of solar array monitoring and solar panel purchases.

Finding, acquiring, and purchasing goods and services from a third party is required to get an effective solar system. This is typically done through a tendering or competitive bidding method. Sometimes, mini-grid component tenders are issued by solar system developers before the system is built and turned on. As an alternative, they may offer a turnkey option, where the contractor would deliver a finished product. The latter is typically more expensive. Projects supported by the government and by foreign donors must often follow rules for open procurement, like the EU's PRAG regulations. Finding the ideal system for you requires first understanding what goes into a solar power system. The components of a grid-tied home solar power system include Solar Panels, batteries, Solar inverters, Net meters and Charge controllers.

Purchasing solar system materials should only be carried out under the guidance of qualified and experienced experts. It is critical that the expert has established legal rights to the solar system site before beginning installation. It's also critical that they do quality checks on delivered equipment and locally made products (such as foundations, channels, and bricks) before starting work, and that all personnel, including local support staff, receive safety training. For equipment installation, specialised installation tools and local language instruction manuals must be provided and used appropriately. For reporting purposes, installation protocols and photographs should be taken. All packaging and other waste materials must be disposed of in an environmentally friendly manner and must meet the environmental impact assessment's requirements.

EPA provides 24/7 customer support via our network operations centre. We provide in-depth business insights in the form of value-added services to our corporate customers and industry-based clients as a company that takes responsibility for monitoring operations and managing solar rooftop upkeep. The necessity for regular and optimal solar system management has made it necessary for African communities and enterprises to rely on the EPA's solar energy O&M expertise. We undertake highly standard O&M at EPA with our engineers, who have received thorough solar maintenance training and are well qualified to maintain solar systems and perform corrective measures as needed. EPA performs automatic as well as efficient system assessments to ensure that solar power plants are appraised in accordance with international standards, thanks to years of field training. When your solar isn't performing as intended, our constant monitoring and inspections ensure prompt action. In general, our O&M teams handle all areas of solar power plant maintenance, ensuring that the plant runs well and that our clients receive uninterrupted power.

Solar Panels - what to look for when buying Solar PV Panels

Solar or photovoltaic (PV) panels collect energy from the sun through their cells. The energy is collected and converted into Direct Current (DC) electricity by circuits within the cells. Poly-crystalline or mono-crystalline solar panels are the most prevalent types of panels available today. The key difference is the type of silicon solar cell used; mono-crystalline solar panels utilize solar cells formed from a single silicon crystal, whereas poly-crystalline solar panels use solar cells made from several silicon pieces melted together. Mono-crystalline panels are more expensive than poly-crystalline panels but offer higher efficiency and sleeker looks. The blueish color of poly-crystalline panels distinguishes them. Your decision is based on your personal tastes, space limits, and budget.

All solar panels are given a power rating that indicates how much energy they produce under regular test settings and can be used to compare panels. The majority of solar panels on the market have peak output ratings of 150 to 420 watts (Wp). A higher power rating indicates that the panels are more efficient in generating electricity. These are ideal-condition outputs, and you'll probably discover that the panels don't achieve these ratings under regular circumstances. Installing a solar energy system with as much power output as you can afford is a good rule of thumb (or that your roof can accommodate).

The efficiency of a solar panel refers to how well it converts solar energy into electricity. The most efficient commercially accessible solar panels now have a solar panel efficiency of less than 23%. If you have limited roof space and high energy expenditures, efficiency is very vital.

The ISO 9000 series of quality assurance standards for the manufacturing industry was developed by the International Organization for Standardization (ISO). Manufacturers of solar panels can be certified ISO 9000 compliant to show that they satisfy the standards. Solar panel durability measures assess how well panels will stand up in real-world situations over time. The International Electrotechnical Commission's (IEC) 61215 dependability standard analyzes solar panels by undertaking stress tests that simulate decades of outside wear and tear. These tests are used to discover potential solar panel premature failure issues, and panels that pass them are more likely to last in the field.

Warranties from manufacturers are a valuable addition because they detail both technical standards and commercial operations. A strong warranty ensures that your service and support needs are covered in the unusual event that an issue arises after installation. Output warranties can last up to 25 years, implying that the panel will continue to produce at least 80% after that time. Material guarantees can last anywhere from 10 to 12 years, ensuring that the materials will not fail during that time.



Batteries and energy storage- What to Look For When Purchasing Solar System

Energy storage systems (batteries) have become an important component of sustainable renewable energy systems. The ability of renewable technologies, such as solar, to store energy during periods of low demand and release energy during periods of high demand, allows technology to be successfully integrated into energy infrastructure. To address this demand, battery technology has progressed to include big and small-scale battery solutions that may provide storage capacity for technologies ranging in size from multi-megawatt production assets to small-scale solar solutions. Batteries are important for completing the energy transition and expanding global access to sustainable energy, particularly for off-grid residents in African communities and business units. Until recently, practically all energy-access programs used lead-acid batteries because they are widely available, reliable, and inexpensive. In recent years, the advancement of Lithium battery technology, combined with lowering prices, has resulted in numerous projects considering the usage of Li-based battery technologies.


Energy Project Africa is a leading renewable energy business in Lagos, Nigeria with expertise in procurement of energy equipment, energy audit and feasibility solutions for mini-grid and solar farms. Supply by EPA provides solar products and equipment for corporate and institutional clients for the project and operational needs. If you need a partner with hands-on local expertise in the renewable energy space or any of our bespoke solutions/services, kindly visit:

https://www.energy-projects.africa/ourservices/corporate-sourcing-and-procurement/ to learn more.

Great write-up

Look to PSC SOLAR INDUSTRIES for all you solar energy concerns

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