We support Mexico's high-consumption industry from the energy assessment to ISO 50001 certification — with in-house engineering, international methodologies and savings verified under the IPMVP protocol.
We design and implement your Energy Management System (EnMS) and leave you 100% ready for the audit by the accredited certification body.
View service Technical assessmentWe find the savings hidden in your operation under ISO 50002: a measured energy baseline, significant energy uses and opportunities prioritized by payback.
View service Energy strategyEnergy efficiency is a management discipline rather than a product you buy: measure, assess, prioritize, execute and verify within a single roadmap.
View serviceThirty minutes to map your operating context and tell you what applies to you.
ECONOVA INGENIERÍA is an energy consultancy founded by a TÜV-accredited Energy Efficiency Auditor (valid in the European Union) who is also an ISO 50001 Consultant accredited by EMA (Mexican Accreditation Entity).
We work with an interdisciplinary team that spans energy engineering, applied research, regulatory compliance, project financial evaluation and EPC civil works — to address the energy transformation as the integral challenge it is.
Energy engineering, nanomaterials R&D, environmental compliance, financial evaluation and EPC civil works under a single contract.
ISO 50001, ISO 50002, IPMVP, UNIDO Cleaner Production and the Greenhouse Gas Protocol. Every procedure is traceable and verifiable.
On-site instrumentation, integration with CONUEE's SNIE and verification of savings in kWh and pesos — measured results in place of estimates.
Behind every project is technical judgment that is never delegated. The firm was built on a clear conviction: in energy, what isn't measured can't be improved—and what is measured poorly costs more than not measuring at all.
The conversation about the energy transition happens beyond the plant floor. We take part in the forums that shape the framework everyone will later have to operate under.
An analysis of the current regulatory framework, the obligations the LPTE imposes on High Energy Consumption Users (UPAC) and the role energy efficiency plays in Mexico's transition.
Bringing the technical discussion to open forums is part of the work: those who will have to comply with the rules need to understand them before they become enforceable.
The Energy Planning and Transition Law (LPTE) and its Regulations make the Energy Management System mandatory for High Energy Consumption Users (UPAC). The DACG published in the DOF on September 30, 2026 set the timeline: CONUEE begins verification in June 2027 and, no later than January 2028, UPAC facilities must have a certified system. A full implementation takes between 12 and 24 months. The arithmetic is simple: those who start today make it in time.
Each service delivers value on its own, and together they reinforce one another within an integrated strategy: first measure and understand, then decide where to invest.
Complete ISO 50001:2018 implementation, from the Gap Audit to the certification audit.
Types I, II and III. A verifiable energy baseline, significant energy uses and prioritized opportunities.
Circuit-level sub-metering, SCADA platforms and integration with CONUEE's SNIE.
Solar PV, cogeneration and biomass. Structuring of PPAs and clean energy certificates.
Registration, reporting and regulatory support under the LPTE and its Regulations.
Detailed engineering, procurement, installation and commissioning of energy infrastructure.
Scope 1, 2 and 3 carbon footprint, GRI reports and decarbonization plans.
A portfolio of measures prioritized by payback, with IRR, NPV and identified financing.
Courses, intensive programs and workshops tailored to your operation and your team.
From the first assessment to the close-out of results. Each stage delivers traceable technical documentation and moves forward only once the previous one has been verified.
We design tailored training programs, from the operating level to the executive committee. Each one is built around your operation, your equipment and the obligations that apply to you.
Maintenance and operations staff: how to measure, what to record and how to interpret what the instrument shows.
Design of the energy baseline, significant energy uses, performance indicators and verification protocols.
Purchasing, finance, quality and safety: their role within the management system and how it is documented.
Senior management and board: regulatory obligations, risk exposure and energy investment decisions.
Our training is backed by a real link to research and teaching. We teach what we apply in the field, together with what is being researched at the institutions where the team teaches and trained.
Our founder is a Tenured Research Professor at IPN and a PhD candidate at ESIME. The team's R&D lead holds a PhD in nanotechnology from CINVESTAV-IPN. We have carried out energy audit projects within IPN itself, such as the one for the Nanosciences Center.
Our team instruments the facility, records how the operation actually behaves, and the energy baseline is built on that data—measurements rather than assumptions.
We deliver more than documentation to pass an audit: an executable strategic plan, with a roadmap of verifiable milestones, investments ranked by payback and an energy governance structure that stays alive after we leave.
Reductions measured under the IPMVP methodology against an established energy baseline, rather than catalog estimates.
LPTE obligations, reporting to CONUEE and verification of the EnMS handled with ample lead time.
ISO 50001 is recognized internationally and carries weight in demanding supply chains.
Resilience against volatile energy costs and supply disruptions.
A selection of projects that shows the team's technical range — each with delivered, verifiable technical documentation.
Comprehensive energy assessments at Samaria II, El Golpe, Blasillo, Castarrical, Mora, Bellota 114, San Ramón, Ogarrio and José Colomo. Electrical and thermal analysis with a CONUEE compliance plan.
Comprehensive assessment of energy efficiency, water efficiency and waste management in residential and process areas: crude oil extraction and natural gas compression.
High-voltage grid loadability calculation, design of a 115 kV power substation and the solar field for a utility-scale plant in Tecomán, Colima.
Energy audit under ISO 50002, energy baseline, mapping of significant energy uses, energy performance indicators (EnPIs) and a Gap Audit for ISO 50001 certification.
Comprehensive assessment of process water efficiency and electrical and thermal efficiency with an emphasis on refrigeration, plus a waste prevention and valorization strategy.
International consulting for the United Nations Industrial Development Organization (UNIDO) on sustainable chemicals management, with Russia, Egypt, Austria, Germany, Colombia, Serbia, Morocco and Sri Lanka.
Alongside energy management and engineering, we operate two specialized divisions that broaden the scope without adding suppliers to the project.
Distributed generation from biomass, biogas and industrial organic waste. Cogeneration and waste-to-energy projects that complement photovoltaic, wind and storage systems.
Regulatory compliance, environmental audits, permits, impact studies and regulatory sustainability: the environmental front that nearly always accompanies an energy project, handled within the same contract.
A thirty-minute call is usually enough to bring the picture into focus.
We map your operating context, tell you clearly what applies to you, and draw up a tailored plan with scope, schedule and verifiable milestones.
Download it right away in English; we also email you the Spanish edition. An article-by-article comparison, the three new obligations in the Regulations, what the law provides for penalties, the DACG thresholds and deadlines, and a fourteen-question self-assessment.
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