About KLG Engineering
KLG Engineering is an engineering company specialising in energy systems and energy efficiency. We work with industrial facilities, commercial buildings and other organisations where energy is a significant cost.
We assess electrical and thermal systems, including HVAC, compressed air, pumps, fans, boilers and chillers, to identify losses and develop solutions that are technically sound and economically viable. Where required, we also support clients through design and on-site implementation.
Why KLG Engineering
Measured, not assumed
Our recommendations are based on site measurements and real operating data.
Technical and economic balance
We assess every measure by energy savings, investment cost and payback period.
From analysis to implementation
Our support can continue beyond the report, through design and on-site implementation.
Services
We help organisations understand their energy use, reduce losses and make informed investment decisions.
Energy Audits and System Analysis
We measure and analyse the energy use of your electrical and thermal systems to reveal consumption patterns, losses and savings opportunities.
Energy Efficiency Assessment
We identify the areas with the highest savings potential and compare improvement options by energy savings, investment cost and payback period.
Technical Studies and Feasibility
We compare existing equipment with alternative solutions and evaluate investment scenarios to support sound decisions.
Sectors
We support organisations across a wide range of sectors where energy is a significant operating cost.
PV and Energy Systems Engineering
We carry out technical assessments, capacity analysis, yield estimates and feasibility studies for solar PV and other energy systems, helping organisations increase their share of renewable energy and manage energy costs.
Let's talk about your energy systems
Tell us about your facility and your goals. We will help you find the right starting point, whether it is an energy audit, a feasibility study or support for an ongoing project.