Renewable Energy Solutions
Caddick Wright Electrical & Renewables provides professionally designed renewable energy solutions for domestic, commercial and industrial customers across Yorkshire and the surrounding areas.
As electricity use continues to change, more homes and organisations are looking for practical ways to reduce energy costs, generate more of their own power and prepare for technologies such as electric vehicles, battery storage and smarter energy management.
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We help customers bring these systems together with electrical infrastructure that is designed around the way the property or site actually uses energy.
Our renewable energy services include solar panel installation, battery storage and EV charging, with solutions tailored to homes, workplaces, commercial buildings, warehouses, industrial units and fleet operations.
Rather than treating each technology as a standalone product, we consider the complete electrical and energy picture. This includes your existing electrical installation, available supply capacity, electricity consumption, roof or site suitability, operating hours, vehicle requirements and future plans.
The result is a coordinated system designed to be safe, practical, scalable and suited to your long-term energy requirements.
Solar Panel Solutions
Solar photovoltaic panels allow you to generate renewable electricity directly from daylight, helping to reduce the amount of electricity purchased from the grid.
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For homeowners, solar can help lower household electricity costs and provide a source of energy for battery storage or EV charging.
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For commercial and industrial sites, larger roof areas and significant daytime electricity demand can make solar particularly effective, allowing a high proportion of the electricity generated to be used directly within the premises.
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We design solar PV systems around:
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Available roof or ground space
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Roof orientation and shading
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Structural suitability
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Electricity consumption
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Existing electrical infrastructure
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Grid connection capacity
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Future battery storage
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EV charging requirements
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Planned site expansion
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Whether the project involves a residential roof, commercial premises or a large industrial building, the system should be designed around real energy use rather than simply installing the maximum number of panels available.
Battery Storage Solutions
Battery storage allows electricity to be stored and used when it is needed most.
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A battery can store surplus solar generation for later use or, depending on the system and electricity tariff, charge from the grid during selected lower cost periods.
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For domestic customers, battery storage can increase the amount of solar electricity used within the home and reduce reliance on grid electricity during the evening.
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For commercial and industrial sites, battery systems may also help manage higher demand, support EV charging, improve solar self consumption and provide greater control over when electricity is imported from the grid.
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Battery storage can form part of a wider energy management system that monitors:
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Solar generation
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Property or site consumption
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Battery state of charge
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Grid import
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Grid export
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EV charging demand
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Every battery system should be sized around the property’s actual electricity profile, required power output and intended use.
EV Charging Solutions
Electric vehicles are becoming an increasingly important part of domestic and business energy use.
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We install EV charging solutions for:
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Homeowners
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Employees
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Customers
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Visitors
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Company vehicles
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Commercial fleets
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Industrial and depot fleets
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A professionally designed charging installation should consider more than the charger itself.
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We assess:
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Available electrical capacity
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Parking arrangements
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Charging speed
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Vehicle requirements
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Operating hours
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Load management
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Solar integration
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Battery storage
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User access
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Payment requirements
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Future charger expansion
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For larger commercial and industrial installations, smart load management can help distribute available electrical capacity between multiple vehicles without placing unnecessary demand on the site’s electricity supply.
