Solar energy systems installed with the same care as the building they power.
Solar energy services for residential and commercial properties in Accra and surrounding communities, Ghana.
Solar energy systems can help households and businesses generate electricity, manage their energy needs and, when appropriately configured, obtain backup power.
Drippings Building Services offers solar installation coordination, system planning, maintenance and upgrades for residential and commercial properties.
A solar system is part of the building it serves. Roof condition, panel mounting, available space, cable routing and the building's electrical arrangements should be considered together. Our wider building-services approach allows us to consider these building-related factors alongside the solar installation, helping coordinate the work with the property's overall requirements.
Where a project requires specialist solar technical input, Drippings Building Services may work with Nova Photovolt Systems, a separate specialist solar brand. The involvement of specialist personnel will be agreed according to the requirements of each project. Customers who enquire through Drippings Building Services will receive clear information about the company responsible for the proposed work.
Solar energy solutions for houses, apartments and residential compounds, planned around household electricity demand, available space and the customer's energy requirements.
Solar installations for offices, shops, institutions and other commercial properties, taking account of their operating hours, equipment demand and energy requirements.
Solar panel selection, layout, mounting arrangements and electrical connections based on the available installation space, shading conditions and system design.
Installation and integration of suitable inverters and battery storage components to support the intended solar system configuration and backup requirements.
Inspection, cleaning and maintenance of solar panels, mounting arrangements, connections and other system components should follow the relevant manufacturer's guidance and be carried out safely to help maintain performance and identify developing problems.
Assessment and upgrading of existing installations through additional panels, suitable battery storage, inverter improvements or other compatible components.
Initial discussions and site assessments to understand energy requirements, examine the property and determine suitable options before a system is recommended.
Inspection of existing installations to investigate poor performance, inverter warnings, battery problems, wiring concerns and other system faults. Specialist electrical diagnosis and repairs should be undertaken by appropriately qualified personnel.
There are three main system configurations. The best option depends on your electricity needs, budget, property and intended use, and no single type is suitable for every customer.
Systems designed to operate independently of the utility grid, using suitable battery storage and system components to meet the property's electricity requirements.
Systems that combine solar panels, battery storage and a utility grid or other suitable power source, depending on the configuration.
Systems connected to the utility grid. Their design, operation and connection arrangements must comply with applicable utility requirements. Standard grid-tied systems generally do not provide backup power during a utility outage unless they are specifically designed with suitable backup capability.
A suitable solar installation starts with understanding how you use electricity. These are the considerations we work through with you.
Final component selection and system sizing depend on proper technical assessment and design. We do not quote fixed system capacities or guaranteed savings without project-specific calculations.
Identify the appliances, machinery and other electrical loads the customer wants to operate.
Consider electricity usage and the expected operating hours of important equipment.
Assess the possibility of several appliances or machines operating simultaneously.
Establish whether the customer wants backup during power outages, reduced grid dependence or both.
Examine available roof or ground space, orientation, shading and mounting suitability.
Consider the desired backup duration, energy demand and suitable storage capacity.
Match the inverter configuration and capacity to the intended system and electrical loads.
Consider appropriate wiring, isolation, protection and earthing arrangements.
Output can be affected by shading, dirt, wiring, the inverter or the way the system was designed.
Batteries that discharge too quickly may be ageing, undersized for the load or not charging correctly.
Warnings can point to many different causes, from settings and connections to component faults.
Overloads, protection devices, low battery levels or connection problems can all shut a system down.
Nearby trees, new structures, dust and debris can lower output over time.
Weather, ageing fixings or poor installation can loosen mounting arrangements and need prompt attention.
Worn, exposed or loose connections can reduce performance and present safety risks.
As a household or business adds equipment, an existing system may no longer meet its electricity needs.
These problems may have different causes. A proper inspection and diagnosis should come before replacing components or recommending upgrades.
Understand electricity demand, property conditions and intended use before recommending a solar solution.
Consider roof condition, panel mounting, cable routing and building electrical arrangements together.
Match the proposed components and configuration to the property's actual requirements.
Access maintenance, inspection and upgrades as energy needs change.
A suitably designed system can help customers manage electricity usage and backup requirements.
Discuss the customer's electricity needs, property type, existing power arrangements and objectives.
Assess appliances, electricity demand, roof or ground installation space, shading, existing electrical arrangements and other relevant conditions.
Develop a suitable proposal based on the assessment. Consider panels, inverter, batteries, mounting materials, electrical protection, labor, transportation and other project costs.
Confirm the proposed system, scope of work, quotation, responsibilities and installation schedule.
Coordinate the installation using appropriately skilled personnel, with attention to mounting, wiring, electrical protection and relevant safety requirements.
Arrange appropriate system testing and commissioning, explain basic operation and discuss maintenance requirements.
Where specialist technical design, electrical work, inspection or approval is required, appropriately qualified professionals should be involved. Solar installations involve electrical and battery-related risks. Appropriate electrical protection, isolation, earthing, safe installation procedures and relevant technical requirements must be observed throughout the work.
You can request a quotation or a consultation using the quote form, telephone or WhatsApp. The process begins with understanding your electricity needs and assessing your property, so that any recommendation fits how you actually use power.
Yes. Roof condition, orientation, available space and shading all affect where panels can be placed and whether the roof is suitable for mounting, so the roof is examined as part of the assessment.
Off-grid systems work independently of the utility grid and rely on battery storage. Hybrid systems combine solar panels, batteries and a grid or other power source. Grid-tied systems connect to the utility grid and must follow applicable utility requirements. The right choice depends on your needs, budget and property.
Sizing depends on your appliances, energy consumption, peak demand, desired backup duration and other technical considerations. We do not offer a fixed size for every property, so a proper assessment is required before a system is recommended.
Panels can still generate electricity in cloudy conditions, although output is generally lower than in strong sunlight. The energy available to you also depends on how the system is designed and how much battery storage it has.
Batteries store electricity for later use and for backup, but whether you need them depends on the system configuration and what you want the system to do. We discuss this with you during the assessment.
Yes. Existing installations can be inspected to determine whether maintenance, additional capacity, battery upgrades or other improvements are suitable. Specialist electrical diagnosis and repairs should be done by appropriately qualified personnel.
It depends on dust, surrounding conditions, rainfall and the manufacturer's guidance. Cleaning should be carried out safely, without damaging the panels or electrical components.
Not necessarily. Roof condition, structural suitability, orientation, shading and available space must be considered before installation. Structural concerns should be assessed by appropriately qualified professionals.
Nova Photovolt Systems is a separate specialist solar brand with its own website and identity. It is not part of Drippings Building Services, and no formal partnership or corporate relationship is implied. If Nova or other specialist personnel are involved, the project arrangements will clearly identify which company is preparing the proposal, responsible for installation and providing after-sales support.
Contact us through the quote form, telephone or WhatsApp. A site and energy assessment may be required before a suitable quotation can be prepared.
Whether you are planning a new solar system, want to maintain or upgrade an existing one, or would like a consultation about your energy needs, contact Drippings Building Services to discuss your requirements.
