Welcome to New Gen Renewables: Powering Your Future with Clean Energy
At New Gen Renewables, we are dedicated to delivering innovative, high-quality solar energy solutions to homes and businesses. With a passion for renewable energy, we empower our clients to reduce energy costs, lower their carbon footprint, and embrace sustainable living.
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What do you love most about your job?
As a team we love helping our customers save money on their energy bills, protecting themselves from the every increasing costs. We pride ourselves on providing the highest levels of customer service with honest, straightforward advice and information which is clearly presented enabling the cusotmer to making a fully informed decision.
Why should our clients choose you?
We are a family run business who holds more accreditations than any other installer in the south. We have 2 offices covering the south and southwest of the UK. Our installers are highly trained and take great pride in their work ensuring the highest level of workmanship and customer service. Our team of surveyors are friendly and experinced providing a competitive quotation with both cash and finance options available. We believe that solar should be affordable for everyone.
Solar panel installation
olar panel installation involves a few key steps to ensure the system works efficiently and safely:
Site Assessment: A solar expert evaluates the location to determine the optimal placement of the panels, considering factors like roof orientation, shading, and sun exposure.
Design: The solar system is custom-designed based on your energy needs and site conditions. Necessary permits are obtained from local authorities before installation begins.
Mounting Installation: Solar panel mounts are securely installed on the roof or a ground structure, providing a stable foundation for the panels.
Panel Installation: The solar panels are carefully placed and attached to the mounts, ensuring proper alignment for maximum sun exposure.
Electrical Wiring: The panels are connected to an inverter, which converts the generated DC electricity into usable AC power. This wiring is then linked to your home's electrical system.
System Testing and Activation: After installation, the system is tested to ensure everything works correctly. Once approved, it’s activated, and your home or business begins using solar power.
This process typically takes 1 to 3 days, depending on the size and complexity of the system.
Battery storage installation
Home battery installation can be done with or without solar panels, and the process varies slightly in each case:
With Solar Panels:
Site Assessment: The installer assesses your home to determine the best location for the battery and checks the solar panel setup for integration.
System Design and Permitting: The battery is designed to store excess energy produced by your solar panels, and permits are obtained.
Battery Installation: The battery is mounted and connected to the existing solar inverter, allowing it to store surplus energy from your solar panels.
Connection and Integration: The system is linked to your home’s electrical panel, enabling stored solar power to be used when the sun isn’t shining.
Testing and Activation: The system is tested and activated, allowing you to store excess solar power and reduce reliance on the grid.
Without Solar Panels:
Site Assessment: The installer identifies the optimal location for the battery within your home.
System Design and Permitting: The battery is designed to charge from the grid, and the necessary permits are acquired.
Battery Installation: The battery is installed and connected to your home’s electrical panel.
Connection and Integration: The battery charges from the grid during off-peak times and powers your home during peak hours or outages.
Testing and Activation: The system is tested and activated, allowing you to store energy from the grid for later use.
In both cases, the battery can provide backup power during outages and helps manage energy costs although some changes to the electrical distribution may be required.
EV charger installation
EV charger installation involves several key steps to ensure safe and efficient charging of your electric vehicle:
Site Assessment: A professional evaluates your home’s electrical system and determines the best location for the charger, typically in a garage or driveway.
Electrical Panel Check: The installer assesses your electrical panel to ensure it can handle the additional load from the EV charger. In some cases, panel upgrades may be required.
Charger Installation: The chosen charger (either Level 1 or Level 2) is mounted on a wall or pedestal and wired to your electrical system. A dedicated circuit is installed to prevent overloads.
Connection and Testing: The charger is connected to your home’s power supply, and the installer tests the system to ensure it works properly.
Activation and Instruction: Once installed, the system is activated, and you are provided with instructions on how to use the charger safely and efficiently.
This process typically takes a few hours and allows for convenient at-home charging of your EV.
Solar hot water controller
Installing a solar hot water divert controller involves a few key steps to ensure efficient use of excess solar energy for heating water:
Site Assessment: The installer assesses your existing solar panel and hot water system to determine compatibility and the best location for the controller.
Electrical Panel Connection: The controller is connected to your home's electrical system to monitor excess solar energy production. It usually requires a connection to the main electricity supply and to the water heater.
Hot Water System Integration: The divert controller is wired to the immersion heater or the hot water cylinder, allowing it to direct excess solar energy to heat water when available.
Controller Installation: The controller unit is mounted near the electrical panel or the water heater for easy access and monitoring.
Testing and Setup: The system is tested to ensure it diverts surplus solar energy to heat water when excess power is available, maximizing efficiency.
Once installed, the solar divert controller automatically manages energy flow, using excess solar power to heat water before sending any surplus back to the grid.
Solar panel repairs and upgrades
Inverter replacement, bird protection, battery storage, panel upgrades, moving a system
