Our Services

Utility bills frequently contain errors — wrong tariff categories, incorrect demand charges, or missed rebates. We meticulously review your monthly bills to catch these issues, recover overcharges, and ensure you are on the most appropriate tariff slab for your consumption pattern.

We analyse your demand curves, power factor readings, and energy consumption trends to identify inefficient loading patterns. Poor power factor and high demand peaks significantly inflate electricity bills — we quantify the problem and recommend targeted corrective actions.

Based on analysis we recommend practical steps: load shifting to off-peak hours, demand controller installation, power factor correction capacitors, and tariff renegotiation where applicable. Each recommendation is backed by savings calculations so you can prioritize the highest-impact actions first.

We conduct in-depth analysis of all major energy-consuming systems — steam boilers, furnaces, electric motors, drives, HVAC equipment, compressed air, lighting, and utilities. Each system is individually assessed for performance against benchmarks and losses are quantified in monetary terms.

Industries classified as Designated Consumers (DCs) under the Energy Conservation Act are legally required to conduct energy audits. We manage the full process — audit execution, documentation, and submission in BEE and MEDA formats — ensuring you remain compliant and avoid regulatory penalties.

Every audit concludes with a prioritized list of energy-saving measures — each with estimated savings in kWh and ₹, implementation cost, and payback period. Our recommendations are grounded in field measurements and real operational data, making them actionable and bankable.

When you know a particular system is underperforming, a targeted audit delivers deep-dive diagnostics without the full scope of a plant-wide audit. We bring specialized instruments and expertise to your chosen system and measure actual performance against design and benchmark values.

Targeted audits are designed to yield fast, measurable results. We identify both no-cost/low-cost improvements (operational changes, set-point adjustments) and capital investments with short payback periods. Each recommendation includes a clear cost-benefit breakdown so you can act immediately.

We map your entire water consumption — intake, process use, cooling, sanitation, and discharge. Using flow measurements and balance studies we identify leakage points, wasteful practices, and opportunities for water recycling and reuse that reduce both water costs and environmental impact.

Compressed air systems are among the most energy-intensive utilities in manufacturing. We measure compressor efficiency, audit pipeline networks for pressure drops, and use ultrasonic leak detectors to quantify losses. Recommendations typically yield 15–30% energy savings in this system alone.

We prepare formal water and air balance reports giving a clear picture of resource flows, losses, and inefficiencies. These are accompanied by prioritized implementation strategies with cost and savings estimates for each action — covering both operational improvements and infrastructure upgrades.

We inspect all major electrical infrastructure — distribution panels, switchgear, cables, earthing systems, and protection relays — to identify safety risks including loose connections, overloaded circuits, inadequate protection, and poor earthing that could lead to equipment failure or fire hazard.

Using power quality analysers we measure voltage levels, harmonic distortion, power factor, load imbalance, and transients at key network points. Poor power quality shortens equipment life and increases energy losses — we quantify the problem and recommend corrective solutions such as harmonic filters and capacitor banks.

We conduct detailed performance testing of all HVAC and thermal equipment — chillers, Air Handling Units (AHUs), cooling towers, boilers, and heat exchangers. Each unit is benchmarked against design specifications and industry standards to identify performance gaps, inefficiencies, and maintenance needs.

Using thermography and flue gas analysis we identify heat losses in insulation, steam traps, and distribution networks. Our recommendations cover retrofitting options (VFDs, efficient burners), process changes (load scheduling, set-point optimization), and automation to lock in energy savings sustainably.

We design the complete system — panel capacity, inverter type, mounting structure, and protection — optimized for your specific roof and load. Our financial analysis includes capital cost, net metering savings, subsidy benefits, ROI, and payback period so you can make an informed decision.

We guide you through net metering applications with your DISCOM, assist in obtaining necessary approvals, and ensure the system design meets all relevant standards (CEA, IEC). Our support extends through commissioning so your rooftop system is legally connected and generating from day one.

Participants learn the full methodology for conducting energy audits — from pre-audit planning and data collection to on-site measurement techniques and post-audit reporting. Training covers use of instruments (power meters, flue gas analysers, ultrasonic flow meters) and application of BEE audit protocols.

Beyond theory, participants apply skills through hands-on sessions on real systems. They learn to identify inefficiencies in boilers, HVAC, compressed air, motors, and lighting using live data and practical exercises — building the confidence to conduct audits independently in the field.

Participants gain a thorough understanding of the Energy Conservation Act, BEE guidelines, MEDA requirements, and mandatory audit report formats. This equips them to ensure their audits meet regulatory standards and produce documentation that is accepted by authorities without revision.

Programs are tailored to your organization's specific sector, equipment, and skill gaps. We offer both on-site training (using your own equipment) and classroom-based sessions. Duration and depth are adjusted to fit your team's schedule, role, and learning objectives.

Workshops provide engineers and managers with working knowledge of energy audit processes, PAT cycle obligations, and RCO compliance requirements. Participants leave with a clear understanding of what is required from their organization and concrete next steps to take.

Workshops cover emerging topics including India's Carbon Credit Trading Scheme, carbon footprinting basics, and practical HVAC optimization. Case studies from similar industries are used to make learning directly applicable to participants' daily work and sustainability goals.

Each workshop is designed around the host industry — textile, steel, cement, paper, or MSME. Content, case studies, and exercises are drawn from that sector so participants can immediately apply what they learn to their own plant and processes without additional translation effort.

Interns participate in real energy audit projects — not simulations. They collect field data, operate measurement instruments, build energy balance sheets, and analyse results alongside our experienced team. Site visits to industrial facilities provide exposure to real-world energy systems and challenges.

Interns are introduced to renewable energy project assessment, solar system design, and GHG emission accounting. These are fast-growing career domains and hands-on exposure gives students a meaningful head-start when entering the energy and sustainability job market after graduation.

Each intern is mentored by a senior energy professional. Beyond technical skills, interns receive guidance on professional conduct, report writing, and presentation skills. A certificate of completion is provided, and standout interns may be considered for future project opportunities.

FDPs update academic faculty on the practical realities of energy auditing, renewable energy systems, and carbon management as applied in industry. Faculty gain real-world exposure that lets them teach with greater relevance and prepare students more effectively for actual job requirements.

Faculty are trained on current tools (energy simulation software, GHG accounting platforms), the latest BEE regulations, and emerging frameworks such as India's carbon market, BRSR reporting, and green building standards. This keeps curriculum updated and ensures graduates are prepared for current industry expectations.

Awareness sessions translate complex energy concepts into simple, actionable habits for everyday employees — switching off equipment, optimising set-points, reducing idle running, and understanding how small behaviours accumulate into significant cost savings. Real-life cost comparisons make the message concrete and motivating.

Participants are introduced to government schemes, subsidies, and mandates related to energy conservation and renewable energy. Sessions demystify BEE star ratings, solar subsidies, and net metering in plain language — helping organizations and individuals understand their obligations and the financial opportunities available.

Programs are tailored by audience: shop-floor workers receive practical hands-on guidance; management teams receive strategic and financial perspectives; students receive foundational awareness combined with career guidance in the energy sector. All sessions use interactive presentations and Q&A to keep participants engaged.

After any audit or training engagement, our team remains available to help translate recommendations into a structured action plan — with clear responsibilities, timelines, budgets, and performance targets. We bridge the gap between knowing what to do and actually getting it done on the ground.

MEDA offers financial support for detailed energy audits in Maharashtra. We assist organizations in understanding eligibility criteria, preparing applications, coordinating with MEDA-empanelled auditors, and complying with reporting requirements to successfully avail subsidy benefits.

All our consulting engagements are designed to align with Bureau of Energy Efficiency (BEE) and MEDA frameworks. Our reports, recommendations, and documentation meet regulatory standards and can be submitted directly to authorities — reducing the administrative burden on your team significantly.

We organize free health camps in underserved areas in collaboration with qualified healthcare professionals. Basic medical check-ups, blood pressure and blood sugar screening, and general health assessments are provided to community members who lack easy access to healthcare facilities.

Awareness programs educate communities on personal hygiene, safe water practices, nutrition, and the importance of vaccination schedules for children. Empowering people with preventive knowledge reduces the incidence of preventable diseases and builds healthier communities over the long term.

We provide academic support to meritorious students from economically weaker backgrounds — including scholarships, study materials, and access to learning resources. Our focus is on ensuring that financial constraints do not prevent talented young people from pursuing quality technical and professional education.

We conduct practical skill development workshops covering technical, vocational, and employability domains — with a focus on the energy and sustainability sector. Certification programs provide recognized credentials that improve employment prospects and open pathways to meaningful, sustainable livelihoods.

We design and deliver vocational training programs for women in rural and semi-urban areas — covering skills that translate directly into income-generating opportunities. From technical trades to micro-enterprise support, our goal is economic independence and social empowerment for women in the communities we serve.

We support child welfare through educational assistance, nutritional awareness programs, and child safety campaigns. Activities include school supply drives, awareness on child rights, and programs that educate parents and caregivers on child development, nutrition, and the importance of regular schooling.

We introduce farmers to modern agricultural techniques — drip irrigation, efficient water management, soil health practices, and organic farming methods. We also support adoption of renewable energy such as solar-powered pumps and energy-efficient equipment, reducing input costs and improving farm productivity sustainably.

Beyond farm practices, we support rural populations with livelihood skills, help farmers connect with markets, and facilitate adoption of agri-technology tools that improve income. Our holistic approach addresses both productivity (what farmers grow) and market access (how they sell and earn).

We organize community cleanliness drives, tree plantation campaigns, and waste segregation awareness programs. These activities improve the local environment directly while building a culture of environmental responsibility. We work with local panchayats and institutions to ensure sustained participation and lasting impact.

All community development activities are designed with local stakeholder participation — not imposed top-down. We engage community leaders, self-help groups, schools, and local government bodies to ensure programs are relevant, welcomed, and have lasting impact well beyond our direct involvement. The goal is self-reliant, empowered communities.