About

Modern office environment for energy consulting

Background

Established to bridge the gap between ambition and implementation

Keentable was founded in response to a recurring challenge we observed across industries: organizations committed to sustainability goals but uncertain about the technical and financial pathways to achieve them.

Many businesses face pressure to reduce carbon emissions and energy costs, yet lack the in-house expertise to evaluate renewable technologies, model lifecycle returns, or navigate the regulatory landscape. We exist to provide that capability.

Our team combines backgrounds in mechanical engineering, energy economics, project management, and building physics. This breadth allows us to assess proposals holistically rather than through a single technical lens.

Energy efficient building systems and architecture

Methodology

How we approach client engagements

Every project begins with a detailed baseline assessment. We measure current energy consumption patterns, identify operational inefficiencies, and establish the regulatory requirements applicable to the facility or portfolio.

From there, we develop scenario models comparing different intervention options. These models account for capital costs, operational savings, maintenance requirements, technology lifespan, and relevant incentive schemes.

We do not advocate for specific technologies or suppliers. Our recommendations are based on the best fit for the client's operational needs, budget constraints, and risk tolerance.

Site surveys and energy metering
Load profile analysis and demand forecasting
Technology option appraisal
Financial modeling with sensitivity analysis
Grant and subsidy identification
Procurement support and contractor evaluation

Sustainable commercial building infrastructure

Expertise

Technical domains and sector experience

Our consulting practice covers renewable energy integration, building energy management, industrial process optimization, and carbon accounting. We have delivered projects across manufacturing, logistics, hospitality, agriculture, and public sector estates.

Recent work includes solar PV installations for warehouse operators, heat pump retrofits for heritage buildings, biomass boiler feasibility for food processors, and energy storage systems for off-grid facilities.

We maintain active memberships with the Energy Institute and the Chartered Institution of Building Services Engineers, ensuring our practice reflects current standards and emerging best practices.

Advisory Notice: The information provided on this site is for general guidance purposes and does not constitute engineering advice, financial recommendations, or regulatory compliance assurance. Energy system performance, cost savings, and carbon reduction outcomes are influenced by site-specific conditions, operational patterns, technology selection, and external factors beyond our control. Results from previous engagements are not indicative of future performance. We recommend consulting with qualified engineers, financial advisors, and legal professionals before making capital investment decisions related to energy infrastructure.