Your

renewable energy

Solution

At Salvis, we support organisations to move from traditional energy systems to practical, cost-effective renewable energy solutions. Renewable technologies such as solar PV and heat pumps offer a clear opportunity to reduce energy costs, improve resilience, and significantly lower carbon emissions.

Successful implementation requires more than simply selecting a technology, it requires a strategic, engineering-led approach.

How We Support You

Aerial view of rooftop solar PV installation at Gosport War Memorial Hospital by Salvis

We provide end-to-end support across the renewable energy lifecycle, ensuring solutions are technically robust, commercially viable, and aligned with your wider estate strategy:

Feasibility & Option Appraisal

Identifying the most suitable renewable technologies based on your building, usage, and constraints.

Detailed Performance Monitoring

We use software to ensure that the right size system is installed to each building ensuring that the system is optimised and cost effective.

Technical Design & Engineering Input

Ensuring systems are correctly sized, integrated, and aligned with building performance requirements.

Decarbonisation & Investment Planning

Developing clear roadmaps to transition from fossil fuels to low-carbon systems over time.

Procurement & Delivery Support

Providing independent advice through design, tendering, and implementation stages.

Performance Optimisation

Ensuring systems deliver expected energy savings and operational performance post-installation.

We provide end-to-end support across the renewable energy lifecycle, ensuring solutions are technically robust, commercially viable, and aligned with your wider estate strategy:

Feasibility & Option Appraisal

Identifying the most suitable renewable technologies based on your building, usage, and constraints.

Detailed Performance Monitoring

We use software to ensure that the right size system is installed to each building ensuring that the system is optimised and cost effective.

Technical Design & Engineering Input

Ensuring systems are correctly sized, integrated, and aligned with building performance requirements.

Decarbonisation & Investment Planning

Developing clear roadmaps to transition from fossil fuels to low-carbon systems over time.

Procurement & Delivery Support

Providing independent advice through design, tendering, and implementation stages.

Performance Optimisation

Ensuring systems deliver expected energy savings and operational performance post-installation.

Why Invest in renewables

Commercial rooftop solar PV panels installed as part of a Salvis renewable energy project

Renewable energy is no longer just an environmental choice; it is a commercial one:

Reduced Energy Costs

On-site generation can significantly lower electricity bills and exposure to volatile energy prices.

Lower Carbon Emissions

Renewable technologies directly reduce reliance on fossil fuels and support net zero targets.

Improved Asset Value & Performance

Energy-efficient, low-carbon buildings are increasingly attractive to occupiers and investors.

Future-Proofing Your Estate

Integrating renewables helps ensure compliance with tightening regulations and long-term sustainability goals.

Renewable energy is no longer just an environmental choice; it is a commercial one:

Reduced Energy Costs

On-site generation can significantly lower electricity bills and exposure to volatile energy prices.

Lower Carbon Emissions

Renewable technologies directly reduce reliance on fossil fuels and support net zero targets.

Improved Asset Value & Performance

Energy-efficient, low-carbon buildings are increasingly attractive to occupiers and investors.

Future-Proofing Your Estate

Integrating renewables helps ensure compliance with tightening regulations and long-term sustainability goals.

Frequently Asked Questions

  • The most common solutions include solar PV and heat pumps (low-carbon heating), and solar thermal for hot water. These are often combined with energy storage and smart controls for improved performance

  • Yes on-site generation can reduce electricity bills and exposure to energy price volatility, with many systems delivering long-term cost savings.

  • Not always. Suitability depends on factors such as building condition, energy demand, roof space, and infrastructure. A feasibility assessment is essential to identify the best solution.