MTFD Energy provides independent commercial energy advisory to UK businesses and public sector organisations. We assess your site across 29 renewable measures, model the commercial case, identify funding routes, and introduce vetted installation partners.
Indicative only. Projected savings depend on site-specific factors including consumption profile, grid tariff, system performance, and prevailing market rates. Figures are not guaranteed.
From rooftop solar and heat pumps to hydrogen and anaerobic digestion — we advise across the full range of renewable energy measures for commercial and industrial heat and power.
We work exclusively with UK limited companies, LLPs, partnerships, public sector bodies, and other business entities — with the people inside those organisations responsible for energy, sustainability, or capital projects.
We translate the commercial and technical case for renewable measures into language your finance director can act on — with funding options modelled and vetted installers ready to quote.
Start an assessment →We present renewable measures with indicative payback periods, funding structures, and off-balance-sheet options — giving you numbers to make a decision, not a brochure. All figures clearly labelled as indicative.
Talk to us →We introduce installation partners vetted for live commercial site working — operationally aware, CDM compliant, and briefed on your specific constraints before they arrive.
Meet our partners →We assess and prioritise across multi-site portfolios, identify the strongest commercial cases first, and coordinate funding and delivery at scale.
Discuss your portfolio →We are not tied to any single technology or installer. We assess your site objectively, model what will deliver a genuine return, and introduce the right partners to deliver it.
How our process works →We review your site, energy profile, and strategic priorities to identify which measures will deliver a genuine commercial return for your specific organisation.
We build the indicative commercial case — payback periods, ROI, carbon reduction, and available funding routes. All figures clearly labelled as indicative.
We identify grants, PPAs, unregulated business asset finance, and green loan options and support the process of accessing the right route for your organisation.
We introduce vetted installation partners, support procurement, and can manage delivery through to commissioning.
Tell us about your site, your energy use, and your priorities. We will come back with a clear picture of what is achievable and what it would cost.
Start an assessment →We introduce qualified C&I renewable energy installers to pre-qualified business opportunities. Applications assessed against our vetting criteria.
Apply to join →Power generation, heat decarbonisation, EV infrastructure, efficiency, and emerging technologies. Select any measure to understand the commercial case, eligibility, and funding options. All figures on measure pages are indicative only and depend on site-specific factors.
Roof-mounted or ground-mounted photovoltaic systems generating electricity from sunlight. The most widely deployed behind-the-meter technology for C&I sites.
Learn more →Store on-site generation or cheap off-peak grid power for use during peak periods. Deployed standalone or paired with solar PV to maximise self-consumption.
Learn more →Combined heat and power systems generating electricity while capturing waste heat, delivering combined efficiencies of 80%+ for sites with simultaneous heat and power demand.
Learn more →Extends CHP with absorption chilling to produce electricity, heat, and cooling from a single fuel input. Ideal for data centres, cold storage, and facilities with year-round cooling loads.
Learn more →Behind-the-meter wind turbines for sites with sufficient land and wind resource. Viability is highly site-specific and subject to planning constraints — we assess before recommending.
Learn more →Run-of-river or head-drop systems generating consistent baseload electricity from flowing water. Highly cost-effective where water resource and conditions are right.
Learn more →Combustion or gasification of sustainably sourced biomass feedstocks to generate electricity or heat. Commercial case depends strongly on feedstock availability and grid connection economics.
Learn more →High-efficiency electrochemical generation from hydrogen or natural gas with heat as a useful by-product. Suited to sites requiring reliable distributed power with low emissions.
Learn more →Backup power for critical loads. We advise on technology selection including battery-based alternatives to diesel generation for sites where downtime has significant consequences.
Learn more →Extract heat from outdoor air at indicative COPs of 2.5 to 4.0 for space heating and hot water. The most widely applicable low-carbon heat solution for commercial buildings.
Learn more →Extract heat from stable ground temperatures via borehole or ground loop arrays. Higher upfront cost than ASHP but higher COPs, suited to high heat demand sites.
Learn more →Extract heat from rivers, lakes, or the sea for sites with proximate water bodies. Among the highest-efficiency heat pump types due to stable water temperatures.
Learn more →Wood pellet, chip, or log boilers replacing fossil fuel heating with renewable biomass. Commercial case strongest where displacing expensive oil or LPG, with reliable feedstock access.
Learn more →Shared heat distribution from a central low-carbon source. Effective for campuses, business parks, and multi-tenanted estates where individual building solutions are impractical.
Learn more →Roof-mounted collectors converting solar radiation directly into heat for hot water pre-heating or process applications. Often combined with heat pumps to reduce electrical demand.
Learn more →Boiler plant capable of running on natural gas now and switching to hydrogen as the gas network decarbonises. Protects capital investment against future fuel transitions.
Learn more →Electric radiant panels heating objects and people directly rather than the air. Effective in warehouses, factories, and large poorly-insulated spaces where convective heating is inefficient.
Learn more →Capture and reuse heat rejected by industrial processes, data centres, refrigeration plant, or compressed air systems. Often the lowest-cost heat decarbonisation measure available.
Learn more →Workplace, depot, and destination charging from AC slow to DC rapid. Integrated with on-site solar and battery storage to maximise self-consumed renewable generation.
Learn more →Transition planning, vehicle selection support, charging infrastructure design, and funding identification for organisations moving commercial vehicle fleets to electric.
Learn more →Replacement of fluorescent, HID, and halogen lighting with LED. Indicatively the fastest payback measure available to commercial buildings, with savings typically in the range of 50–70% on lighting loads.
Learn more →Automated monitoring and control of HVAC, lighting, and plant to eliminate energy waste. Essential foundation for any serious energy programme before deploying generation measures.
Learn more →Automatic reduction and stabilisation of incoming mains voltage. Indicatively delivers 8–15% electricity savings on suitable sites with minimal operational disruption.
Learn more →Capacitor banks or active systems improving power factor, reducing reactive power charges and releasing capacity on existing electrical infrastructure.
Learn more →Roof insulation, wall insulation, air tightness, and glazing upgrades reducing heat loss and peak load that renewable heat systems must serve.
Learn more →Electrolysis of water using renewable electricity producing zero-carbon hydrogen for industrial processes, transport, or storage. Approaching commercial viability for hard-to-electrify loads.
Learn more →Biological breakdown of organic waste producing biogas for heat, power, or grid injection as biomethane. Relevant for food production, agriculture, and waste management operations.
Learn more →Capture and utilisation of methane-rich gas from closed landfill sites. Relevant for waste operators, local authorities, and landowners with legacy sites.
Learn more →That is exactly what our assessment process is for. Tell us about your organisation and we will identify what will genuinely deliver a return.
Commercial solar PV is the most widely deployed behind-the-meter renewable technology in the UK. Roof-mounted or ground-mounted systems generate electricity from sunlight, reducing grid consumption and providing a degree of protection against energy price volatility.
For solar-specific PPA funding, visit MTFD Ltd →
Commercial solar PV systems convert sunlight into DC electricity through photovoltaic panels, inverted to AC for use in your building. Systems are typically roof-mounted on commercial or industrial roofs, or ground-mounted on land adjacent to your site.
In the UK, a well-sized commercial system will typically generate between 850 and 1,050 kWh per kWp installed per year. These are indicative figures — actual generation depends on orientation, shading, system specification, and local irradiance.
Self-consumed solar generation displaces grid electricity at your contracted tariff rate. Any generation not consumed on-site can be exported to the grid under a Smart Export Guarantee or bilateral export agreement.
Pairing solar with battery storage significantly increases on-site self-consumption, improving the commercial case. For solar-specific PPA funding, our sister company MTFD Ltd operates a dedicated solar funding and development platform at mtfd.co.uk.
Self-consumed generation displaces grid purchases at your contracted tariff rate. Indicative savings begin from first operation, subject to site-specific factors and actual system performance.
Generating a proportion of your electricity on-site reduces exposure to grid price movements. The extent of protection depends on system size relative to your total demand.
Power Purchase Agreements allow you to host a solar system at no upfront cost, paying for electricity generated at a contracted rate for a fixed term. MTFD Ltd arranges solar PPA funding — ask us for an introduction.
On-site solar generation directly reduces your Scope 2 market-based emissions, providing verifiable evidence for ESG reporting and supply chain questionnaires.
Owned solar assets may qualify for capital allowances. Tax treatment depends on individual circumstances and may change — seek independent tax advice before making a decision.
Quality solar panels carry 25-year performance warranties and typical operational lives of 30+ years, supporting a compelling long-term commercial case.
Invest your own capital or arrange unregulated business asset finance through hire purchase or finance lease. You own the system, may claim capital allowances, and retain all generation value.
A third-party funder owns and installs the system. You buy electricity generated at a contracted rate for a fixed term. No capex, no maintenance responsibility. MTFD Ltd arranges solar PPA funding.
Several grant and low-interest loan programmes exist for commercial solar depending on sector, geography, and scale. We identify applicable schemes and support applications for eligible organisations.
We assess your consumption, roof area, and funding options and provide an indicative picture of what is achievable. All figures clearly labelled as indicative.
Commercial battery energy storage systems store electricity generated on-site or purchased cheaply from the grid, then discharge it during peak demand periods or when grid prices are highest. Deployed standalone or paired with solar PV.
Store surplus solar generation during the day and discharge during evening and overnight site load, improving the commercial case for solar.
Discharge during peak demand periods to reduce maximum demand charges, which can represent a significant proportion of C&I electricity bills.
Maintain critical loads during grid outages — important for manufacturers, cold storage operators, and sites where downtime has significant operational or financial consequences.
Participate in grid balancing markets to earn revenue from flexibility when the battery is not needed for on-site purposes. Subject to grid operator eligibility and market conditions.
We assess whether standalone or solar-paired BESS makes commercial sense and identify the right funding route.
Combined heat and power systems generate electricity on-site while capturing waste heat that would otherwise be lost — delivering combined efficiencies of 80% or more compared to around 40% for grid electricity alone. Best suited to sites with consistent, simultaneous heat and power demand.
Generating electricity at below grid cost while meeting heat load from the same unit delivers indicative savings on both energy bills simultaneously, subject to site-specific factors and not guaranteed.
Good quality CHP units certified by HMRC may qualify for Enhanced Capital Allowances. Tax treatment depends on individual circumstances and may change — seek independent tax advice.
Electricity from a good quality CHP unit consumed on-site may be exempt from Climate Change Levy. Eligibility depends on certification status and individual circumstances.
We analyse your heat and power demand profiles and model the indicative commercial case honestly, including scenarios where CHP may not be the right answer.
Trigeneration extends the CHP concept by adding absorption chilling — producing electricity, heat, and cooling from a single fuel input. Particularly effective for data centres, cold storage, hospitals, and facilities with significant year-round cooling loads.
We model your heat, power, and cooling demand together to determine whether trigeneration delivers a compelling indicative commercial case.
Behind-the-meter wind turbines generate electricity from wind resource on or adjacent to your site. Wind viability is highly site-specific and subject to planning constraints — we assess resource, consenting risk, and the indicative commercial case before recommending this measure.
We assess wind resource, planning constraints, and the indicative commercial case before recommending this measure.
Run-of-river and head-drop micro-hydro systems generate consistent baseload electricity where sufficient water flow and head are available. Highly site-specific but among the most cost-effective renewable technologies where conditions are right.
We evaluate water resource, head, flow rate, and the commercial and consenting requirements for micro-hydro development at your site.
Combustion or gasification of sustainably sourced biomass feedstocks generates electricity, heat, or both. The commercial case depends strongly on feedstock availability and cost, grid connection economics, and eligibility for support mechanisms.
We evaluate feedstock availability, planning requirements, grid economics, and the indicative commercial case for biomass generation at your site.
Fuel cells generate electricity through an electrochemical reaction between hydrogen and oxygen, with heat as a useful by-product. High electrical efficiency, low emissions, and quiet operation — suited to sites requiring reliable distributed generation alongside heat recovery.
We assess whether fuel cell technology makes commercial sense for your power and heat requirements and identify appropriate funding routes.
Reliable backup power for sites where grid interruptions have significant operational or safety consequences. We advise on technology selection, fuel options, and the growing role of battery storage as a complement or alternative to diesel generation.
We help identify the right technology mix for backup power including the growing commercial case for battery-based alternatives to diesel generation.
Air source heat pumps extract heat from outside air and deliver it at useful temperatures for space heating and hot water. Delivering 2.5 to 4 units of heat for every unit of electricity consumed (indicative seasonal COPs), they are the most widely applicable low-carbon heat solution for commercial buildings.
We evaluate your building fabric, heat distribution system, and demand profile to determine the right heat pump specification and indicative commercial case.
Ground source heat pumps extract heat from stable subsurface temperatures via borehole arrays or horizontal ground loops. Higher upfront cost than air source, but higher seasonal COPs and superior cold-weather performance, suited to high heat demand commercial and industrial sites.
We evaluate ground conditions, borehole requirements, heat distribution compatibility, and the indicative commercial case for GSHP at your specific site.
Where a river, lake, canal, or coastal water body is accessible, water source heat pumps offer the highest seasonal COPs of any heat pump type — typically 3.5 to 5.0 (indicative) — due to the stable temperatures of water compared to ground or air.
We evaluate water resource accessibility, abstraction licensing requirements, and the indicative commercial case for water source heat pump deployment.
Wood pellet, chip, or log boilers replace fossil fuel heating with renewable biomass. Best suited to sites with high heat demand, good fuel storage space, and reliable biomass supply. The commercial case is strongest where displacing expensive oil or LPG heating.
We evaluate your heat demand, fuel supply options, storage requirements, and the indicative commercial case for biomass heat at your specific site.
Heat networks distribute low-carbon heat from a central source to multiple buildings through insulated pipes. Particularly effective on campuses, business parks, and multi-tenanted estates where individual building solutions are impractical or uneconomic.
We assess whether a shared heat network makes technical and commercial sense for your portfolio and advise on applicable funding mechanisms.
Solar thermal collectors convert solar radiation directly into heat for hot water pre-heating or process heat. More efficient at producing heat from sunlight than solar PV, and often a practical complement to heat pump systems, reducing the electrical demand of the heat pump by pre-heating incoming water.
We evaluate your hot water demand, roof space, and whether solar thermal or solar PV — or a combination — delivers the stronger indicative commercial return.
Hydrogen-blend-ready boilers operate on natural gas now but are designed to switch to higher hydrogen blends as the gas network decarbonises. A pragmatic consideration for organisations replacing aging boiler plant who want to reduce stranded asset risk as heat decarbonisation policy develops.
We advise on the full range of heat decarbonisation options and help you make a decision that makes sense now and remains robust as policy evolves.
Electric infrared radiant heating panels heat objects and people directly through radiation rather than convection — effective in large, poorly-insulated, or high-bay spaces such as warehouses, factories, and distribution centres where conventional heating systems are slow to respond and inefficient.
We evaluate whether infrared is the right heating solution for your space type and identify opportunities to power it from on-site renewable generation.
Industrial processes, data centres, refrigeration plant, compressed air systems, and HVAC equipment all reject significant heat that is simply wasted. Waste heat recovery systems capture this energy for heating, hot water, or process applications — often the lowest-cost heat decarbonisation measure available.
We assess your plant and processes to quantify waste heat availability and model the indicative commercial case for recovery and reuse at your site.
Workplace, depot, and destination EV charging from AC slow to DC rapid. Integrated with on-site solar and battery storage, EV charging can be powered predominantly from your own renewable generation — reducing fuel costs while reducing carbon associated with transport operations.
We design EV charging schemes that integrate with your existing energy infrastructure and maximise the use of on-site renewable generation.
Fleet electrification advisory covering transition planning, vehicle selection support, charging infrastructure design, and funding identification for organisations moving commercial vehicle fleets from combustion to electric.
We assess your fleet operations, identify viable EV alternatives, design supporting infrastructure, and identify funding options for the transition.
Replacement of fluorescent, HID, and halogen lighting with LED technology. LED retrofits typically deliver 50–70% energy savings on lighting loads (indicative — actual results vary by site), with indicative payback periods of 1–4 years and system lives of 15–25 years.
We survey your existing lighting, model the indicative savings, and identify funding routes including asset finance options.
BEMS provide automated monitoring and control of HVAC, lighting, and plant across a building or portfolio, eliminating waste from equipment running unnecessarily. For organisations with significant energy use, BEMS is often the essential first step before deploying generation measures.
We review your existing controls infrastructure and specify the right BEMS solution to maximise energy savings across your estate.
Automatic voltage optimisation units reduce and stabilise incoming mains voltage to the optimal level for connected equipment. Most electrical equipment operates more efficiently at reduced voltage — actual savings depend on equipment type and operating profile and are not guaranteed.
We conduct a voltage survey and model expected savings before recommending the right unit specification for your site.
Poor power factor is common in facilities with significant motor loads, HVAC equipment, and variable speed drives. Power factor correction equipment improves the ratio of real to apparent power — reducing reactive power charges and releasing capacity on existing electrical infrastructure.
We review your electricity bills and site electrical data to determine whether power factor correction will deliver a meaningful commercial saving.
Roof insulation, wall insulation, air tightness improvements, and glazing upgrades reduce heat loss from your building, lowering peak heat demand and making every heat generation measure more effective. Fabric improvements also reduce the required capital cost of heat pump plant.
We identify the highest-impact fabric measures for your building stock and integrate them into a whole-building energy improvement programme.
Green hydrogen is produced by electrolysis of water using renewable electricity, producing zero-carbon hydrogen for use in industrial processes, heavy transport, or energy storage. As electrolyser costs fall, green hydrogen is approaching commercial viability for a growing range of C&I applications.
We advise on green hydrogen feasibility, electrolyser economics, and the funding landscape for organisations exploring this measure.
Anaerobic digestion breaks down organic waste in the absence of oxygen, producing biogas for heat and power generation or upgrading to biomethane for grid injection. Particularly relevant for food producers, agricultural businesses, and waste management operations with significant organic waste streams.
We evaluate your organic waste volumes, feedstock characteristics, and the commercial and planning case for AD at your site.
Closed and active landfill sites generate methane-rich landfill gas from decomposition of organic waste. Capture and utilisation for electricity generation or heat prevents methane emissions while generating renewable energy. Relevant for waste operators, local authorities, and landowners with legacy landfill sites.
We evaluate gas yield, generation potential, and the commercial and environmental case for landfill gas energy recovery at your site.
We are not tied to any single technology, installer, or funder. Our process starts with an objective assessment of your site and priorities — and ends with the right measures installed by qualified partners, funded through the right route for your organisation.
We review your energy consumption data, site characteristics, and strategic priorities. We identify which measures are likely to deliver a commercial return for your specific organisation — not a generic list.
We build an indicative commercial case for each identified measure — capital cost, savings, payback period, ROI, and carbon reduction. Figures are clearly labelled as indicative. You get the numbers to make an informed decision.
We identify the right funding route — grants, PPAs, unregulated business asset finance, green loans, or own capital. Where applicable, we support funding applications and introductions to funders.
We introduce vetted installation partners, support procurement and tender processes, and can manage delivery through to commissioning and handover.
We advise across all 29 measures. We will tell you clearly if a measure does not make commercial sense for your site — including when the numbers do not support a recommendation.
Our installer network is vetted against consistent criteria. We introduce the right installation partner for each project based on technical capability and track record, not commercial preference.
If a measure will not deliver a reasonable return, we will tell you. All indicative figures are clearly labelled and we do not claim savings are guaranteed. Projected savings depend on site-specific factors.
We are most valuable working across your full energy picture — sequencing multiple measures, coordinating funding, and building a long-term programme rather than a one-off installation.
A structured review of your energy profile, site, and priorities. We identify the most promising measures and confirm whether it is worth proceeding to full commercial analysis. This is the starting point for all client engagements.
Indicative financial modelling of identified measures including capital costs, savings analysis, funding options, and payback calculation. All figures clearly labelled as indicative. Delivered as a report your board or finance team can act on.
Installer introductions, tender management, technical due diligence support, funding applications, and project management through to commissioning. Priced on a project basis.
The assessment starts with a conversation. Tell us about your site, your energy use, and your priorities.
Commercial energy projects can be funded through grants, Power Purchase Agreements, unregulated business asset finance, green loans, or your own capital. We identify which route makes most sense for each measure and organisation, and support the process of accessing it.
A third-party funder installs and owns on-site generation assets. You purchase electricity generated at a contracted rate for a fixed term. Zero capex, no maintenance responsibility. Primarily applicable to solar PV. MTFD Ltd arranges solar PPA funding at mtfd.co.uk.
Spread the capital cost of energy assets through hire purchase, finance lease, or operating lease. Available to UK limited companies, LLPs, and other qualifying business entities. Asset finance arranged by us is unregulated business finance — FCA consumer protections do not apply.
Several grant and low-interest loan schemes are available for C&I renewable energy depending on sector, geography, project scale, and measure type. Grant availability changes. We identify applicable schemes and support applications.
Commercial banks and specialist lenders offer green-labelled loan facilities for qualifying renewable energy projects. We identify appropriate lenders and support business case preparation. Loans arranged by third-party lenders are subject to their own terms and regulatory status.
Where you have capital to deploy and want to retain full long-term asset value, direct investment may deliver the strongest financial returns and eligibility for capital allowances. Tax treatment depends on individual circumstances — obtain independent tax advice.
Comprehensive service contracts covering design, installation, operation, and maintenance of energy assets in exchange for a fixed service payment, keeping assets off balance sheet while outsourcing operational responsibility.
Grant availability changes. The table below is a general guide only — eligibility must be confirmed for each project.
| Scheme | Applicable Measures | Eligibility (general guide) | Type |
|---|---|---|---|
| Green Gas Support Scheme | Anaerobic digestion, biomethane | Tariff eligible AD plants | Tariff payment |
| Public Sector Decarbonisation Scheme | Heat pumps, BEMS, fabric | Public sector bodies | Grant |
| Industrial Energy Transformation Fund | Industrial efficiency, heat | Industrial sites, high energy intensity | Grant |
| UK Shared Prosperity Fund | Various — varies by region | SMEs in eligible areas | Grant (local delivery) |
| Salix Finance | LED, BEMS, heat pumps, efficiency | Public sector | Interest-free loan |
| British Business Bank Green Loans | Most measures | SMEs meeting lender criteria | Loan (preferential rate) |
| Net Zero Innovation Portfolio | Hydrogen, emerging tech | R&D and demonstration projects | Grant |
Funding availability is scheme, sector, and geography-specific. Tell us about your organisation and we will identify what is currently available.
We introduce installation partners who have been assessed against our vetting criteria before being recommended to clients. For installers, we offer a route to pre-qualified business opportunities across the full range of C&I renewable energy measures.
Relevant accreditations for each measure — MCS for heat pumps and solar, Gas Safe for gas plant, NICEIC or NAPIT for electrical, OZEV for EV charging. We verify accreditation status before introduction.
C&I installations are not the same as domestic. We require demonstrated experience on live commercial and industrial sites, with appropriate H&S management systems, insurance, and RAMS.
All installation partners operate under Construction Design and Management Regulations 2015, with appropriate Principal Contractor and Principal Designer arrangements for notifiable projects.
We assess the financial standing of installation partners to ensure they can complete projects and honour warranty obligations.
We require verifiable C&I project references before admission to the network, assessed against the specific measure types they will be introduced for.
Installers are briefed on each client’s operational context before attending site — hygiene zones, production schedules, customer-facing areas, noise constraints. A requirement of network membership.
We introduce our installation partners to pre-qualified business opportunities across all 29 C&I renewable energy measure categories. Clients have already been through our assessment process — you are introduced to organisations that have confirmed intent to proceed.
We are looking for qualified C&I installation specialists across all measure categories. Tell us about your business, your accreditations, and your track record.
MTFD Energy is a trading style of Murphy Technologies Ltd. We provide independent commercial energy advisory services to UK businesses and public sector organisations across the full range of renewable energy measures for heat and power.
Most organisations encounter renewable energy advice through product vendors, installers with a vested interest in a specific technology, or consultants with a narrow scope. The result is a fragmented picture and decisions that optimise for one measure rather than the full energy opportunity.
MTFD Energy provides independent advisory across the full spectrum of C&I measures, delivered by advisors who are not remunerated by technology manufacturers and not tied to specific installation partners.
Our commercial model is straightforward. We charge for advisory services and earn introductory fees from vetted installation partners when projects proceed. We do not accept payments from technology manufacturers and do not recommend measures that do not make commercial sense for the client.
MTFD Energy is a trading style of Murphy Technologies Ltd, which also operates the MTFD solar funding and development platform at mtfd.co.uk — specialising in solar PPA funding and full RTB solar development for C&I sites.
Not the most exciting technology, not the most profitable for the advisor, not the most popular in the market. The starting point is always an honest assessment of your specific situation.
Reducing the energy your organisation wastes is almost always the highest-return first step. We assess efficiency measures alongside generation and recommend them when the numbers support it.
The best technical recommendation delivers nothing if the organisation cannot fund it. We treat funding identification as a core part of our advisory, not an afterthought.
A poorly installed system underperforms, creates operational problems, and damages confidence in renewable energy. We vet our installation partners rigorously and stand behind those introductions.
MTFD Energy is a trading style of Murphy Technologies Ltd, registered in England & Wales, company number 14550913. Registered office: 71–75 Shelton Street, Covent Garden, London, WC2H 9JQ.
We provide services exclusively to UK limited companies, LLPs, partnerships of four or more partners, public sector bodies, and other business entities. Our services are not regulated by the FCA. We do not provide services to consumers, sole traders, or small partnerships.
Information on this website is for general guidance only and does not constitute financial, legal, tax, or investment advice. All indicative figures depend on site-specific factors and are not guaranteed. Obtain independent professional advice before making a decision.
Whether you are an organisation looking for advisory, an installer wanting to join our network, or a funder interested in C&I renewable energy projects — get in touch.
Whether you are exploring renewable energy for the first time or have a specific project in mind, the conversation starts here. We respond to all B2B enquiries within one business day.
By submitting this enquiry, I confirm that I am acting on behalf of a UK limited company, LLP, partnership of four or more partners, public sector body, or other business entity, and that the enquiry is made wholly for business purposes.
B2B enquiries only. We will respond within one business day. Your data is handled in accordance with our Privacy Policy. Murphy Technologies Ltd (t/a MTFD Energy) is not FCA regulated. Information provided does not constitute financial or legal advice.
We read every submission and respond within one business day with an honest assessment of whether we can help and what the logical next step is.
A short call to understand your situation — your site, your energy data, your priorities, and your timeline.
Where there is a clear opportunity, we propose a structured assessment covering the most promising measures, indicative commercial case, and funding options available.
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Company information, regulatory status, website disclaimer, and limitation of liability for MTFD Energy.
This website is operated by Murphy Technologies Ltd, a company registered in England and Wales.
MTFD Energy is a trading style of Murphy Technologies Ltd and is not a separate legal entity.
Murphy Technologies Ltd is not authorised or regulated by the Financial Conduct Authority (FCA). We do not provide regulated financial advice, regulated investment advice, or any other regulated activity as defined under the Financial Services and Markets Act 2000 (FSMA).
Our services are commercial B2B arrangements provided exclusively to UK limited companies, LLPs, partnerships of four or more partners, public sector bodies, and other business entities. We do not provide services to consumers, sole traders, or small partnerships of fewer than four partners.
Our services fall outside the scope of regulated activities under FSMA 2000. Any asset finance arranged by Murphy Technologies Ltd is exempt unregulated business finance. Clients do not have access to the Financial Ombudsman Service (FOS) or the Financial Services Compensation Scheme (FSCS) in relation to our services.
MTFD Energy provides commercial energy advisory and project development services to eligible business entities. This includes site assessment, measure identification, indicative financial modelling, funding route identification, and the introduction of vetted installation partners. We facilitate and arrange, but do not ourselves provide, asset finance, loans, or regulated financial products.
Information on this website is provided for general guidance only. It does not constitute financial, legal, tax, investment, or engineering advice and should not be relied upon as such.
All figures, projections, savings estimates, payback periods, and case study data presented on this website are indicative only. Actual results depend on site-specific factors including consumption profile, grid tariff, system performance, building characteristics, and prevailing market rates. Indicative figures are not guaranteed.
Tax treatment of renewable energy assets and incentives depends on individual circumstances and may change. Information relating to tax matters on this website is for general guidance only and does not constitute tax advice. Obtain independent professional tax advice before making a decision.
To the fullest extent permitted by law, Murphy Technologies Ltd excludes all liability for loss or damage arising from your use of or reliance on information on this website, including loss of business, loss of profits, or any indirect or consequential loss. Nothing in these terms limits liability for death or personal injury caused by negligence, or for fraudulent misrepresentation.
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Murphy Technologies Ltd (trading as MTFD Energy), company number 14550913, registered at 71–75 Shelton Street, Covent Garden, London, WC2H 9JQ, is the data controller for personal data collected through this website.
We collect personal data only when you voluntarily provide it, for example when you submit an enquiry through our contact form. This may include:
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We use personal data to respond to your enquiry, assess your organisation’s eligibility for our services, and where you proceed as a client, to deliver our advisory services. We do not use your data for unsolicited marketing without your consent.
Our legal basis for processing personal data submitted through the contact form is legitimate interests — specifically, responding to B2B enquiries and assessing eligibility for our services. Where you proceed as a client, processing is necessary for the performance of a contract.
We retain enquiry data for 12 months where no engagement results, and for the duration of a client relationship plus 6 years where an engagement results, in accordance with standard commercial practice and legal obligations.
Under UK GDPR, you have the right to access, rectify, or erase personal data we hold about you, and to object to or restrict processing in certain circumstances. To exercise any of these rights, contact us at [email protected].
We do not sell personal data to third parties. We may share data with vetted installation partners where you have consented to an introduction, and with service providers who process data on our behalf under appropriate data processing agreements.
For any data protection queries, contact Murphy Technologies Ltd at [email protected] or at our registered address above.
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The terms on which you may use the MTFD Energy website.
By accessing and using this website, you confirm that you accept these Terms of Website Use and agree to comply with them. If you do not agree, please do not use this website.
This website is intended for use by authorised representatives of UK limited companies, LLPs, partnerships of four or more partners, public sector bodies, and other business entities. It is not intended for consumers, sole traders, or small partnerships of fewer than four partners. By using this website for business purposes, you confirm that you have authority to bind your organisation.
Murphy Technologies Ltd (t/a MTFD Energy) is not authorised or regulated by the Financial Conduct Authority. Our services are commercial B2B advisory services and fall outside the scope of regulated activities under the Financial Services and Markets Act 2000. Any asset finance arranged by us is exempt unregulated business finance. Clients do not have access to the Financial Ombudsman Service or Financial Services Compensation Scheme in relation to our services.
Information on this website does not constitute financial, legal, tax, or investment advice and should not be relied upon as such. All indicative figures are clearly labelled and are not guaranteed. Obtain independent professional advice before making any financial decision.
You may use this website for lawful purposes only. You must not use this website in any way that breaches applicable law, infringes the rights of others, or transmits unsolicited communications.
All content on this website, including text, graphics, logos, and design, is the property of Murphy Technologies Ltd or its licensors and is protected by applicable intellectual property laws. You may not reproduce, distribute, or otherwise exploit content from this website without our prior written consent.
This website may link to third-party websites including MTFD Ltd (mtfd.co.uk). We are not responsible for the content or availability of linked websites and linking does not constitute endorsement.
To the fullest extent permitted by law, Murphy Technologies Ltd excludes liability for any loss or damage arising from your use of or reliance on this website or its content. Nothing in these terms excludes liability for death or personal injury caused by negligence, or for fraudulent misrepresentation.
These terms and any dispute arising in connection with this website are governed by the law of England and Wales. The courts of England and Wales have exclusive jurisdiction.
Practical guidance on commercial and industrial renewable energy measures for energy and sustainability decision-makers in UK businesses and public sector organisations. All indicative figures are site-specific and not guaranteed.
Everything you need to understand commercial solar PV — sizing, funding routes, grid connection, planning, and the questions to ask before appointing an installer. All indicative figures clearly labelled.
Read guide →Air source, ground source, or water source — which heat pump technology suits your building type, heat demand, and distribution system? A practical guide for facilities and energy managers.
Read guide →A comparison of the two most common funding structures for commercial solar. General guidance only — seek independent financial advice before making a funding decision.
Read guide →We examine the factors that determine whether CHP makes sense for specific site types and energy profiles. All figures are indicative only and depend on site-specific factors.
Read insight →Eligibility criteria, eligible measures, application process, and timeline for the IETF — the principal grant mechanism for industrial energy efficiency and decarbonisation in the UK.
Read insight →The case for prioritising LED, BEMS, voltage optimisation, and building fabric improvements before deploying generation — with illustrative modelling. Figures are indicative only.
Read guide →The guides above cover general principles. Your situation is specific. Get in touch and we will give you advice that applies to your site.