“At AHAsolar, we strongly believe that what cannot be visualised cannot be optimised. Our SaaS platforms and digital marketplace were designed to convert scattered, manual processes into a single transparent, data-driven operating environment. By digitally connecting EPCs, installers, manufacturers, distributors, and consumers on one platform, we have enabled real-time visibility into project pipelines, sales, procurement, documentation, and approvals.”
AHAsolar has been at the forefront of digitalizing India’s solar ecosystem. At Intersolar, what key platform capabilities or solutions are you highlighting to accelerate solar adoption?
Over the past decade, AHAsolar has played a pivotal role in digitally transforming the solar adoption journey for all stakeholders across the value chain. By building an end-to-end digital ecosystem for government and institutional programmes, we have helped compress project processing cycles from nearly 150 days to just three days, while simultaneously driving a multi-fold increase in rooftop and distributed solar applications across multiple states.
AHAsolar was among the first in India (2017– 18) to introduce a dedicated digital platform for solar EPC companies, at a time when structured digital workflow systems for EPC operations were virtually non-existent. While the ecosystem has since matured, our early focus on EPC digitisation has evolved into far more advanced, integrated, and scalable solutions.At Intersolar 2026, we are highlighting one new platform and upgradation in two flagship platforms that address some of the most pressing needs of India’s rapidly expanding distributed solar ecosystem.
1. The first is a Generation Monitoring Platform designed for governments, utilities, and state nodal agencies deploying rooftop solar at unprecedented scale. The platform enables centralised monitoring of decentralised rooftop assets across thousands of installations through a single dashboard. By aggregating real-time generation and system health data from multiple inverter brands, data loggers, and communication protocols, it provides governments with clear visibility into performance, utilisation, and commercial returns—both for consumers and for public subsidy investments. The platform has already seen large-scale adoption in states like Rajasthan, setting a new benchmark for programme monitoring and optimisation. This platform has already seen its first large-scale adoption in a leading state like Rajasthan, which has taken the initiative to centralise distributed solar generation data using multiple communication modes. We believe this will fundamentally revolutionise how rooftop solar programmes are monitored and optimised in India.
2. AHAsolar One 2.0 – The Unified Digital Operating System for EPCs – An advanced version of our earlier AHAsolar Helper App, AHAsolar One 2.0 esigned for contractors managing multiple projects simultaneously, it enables end-to-end digital control—from customer onboarding and documentation to government portal workflows, procurement, purchase orders, commercial tracking, and operations & maintenance—bringing all EPC operations under a single, seamless digital roof.
3. Channel & Sales Management Platform for Manufacturers and OEMs which digitises distributor networks, channel partner management, order pipelines, and downstream EPC activities, significantly improving transparency and supply-chain efficiency.
Together, these platforms reflect the urgent digital requirements of the solar ecosystem today. As we move into 2026, AHAsolar remains focused on building integrated, data-driven systems that reduce friction, improve accountability, and enable faster, more reliable solar deployment across India.
Your SaaS and digital marketplace connect installers, EPCs, manufacturers, and consumers. How have these tools helped improve transparency, efficiency, and speed in solar project execution?
Historically, the solar ecosystem operated in a fragmented and semi-digital environment. While billing and a few commercial functions were online, critical elements such as communication, stock tracking, sales records, and channel coordination were still largely manual. This resulted in high turnaround times, data opacity, and operational inefficiencies, particularly for EPC companies who were required to navigate multiple systems and vendors to complete a single project.
At AHAsolar, we strongly believe that what cannot be visualised cannot be optimised. Our SaaS platforms and digital marketplace were designed to convert scattered, manual processes into a single transparent, data-driven operating environment. By digitally connecting EPCs, installers, manufacturers, distributors, and consumers on one platform, we have enabled real-time visibility into project pipelines, sales, procurement, documentation, and approvals.
This has had three direct impacts:
• Improved transparency across the value chain
• Higher operational efficiency through automation
• Faster execution cycles driven by real-time data and workflow integration
AHAsolar has worked closely with government and institutional solar programs. How does your digital platform support large-scale public solar initiatives and policy implementation?
AHAsolar’s journey with government solar programmes began in 2018, when we were still a young startup. One defining moment for us was the first pre-bid meeting for Gujarat’s 125 MW residential rooftop programme in Gandhinagar. The auditorium was packed with over 500 installers— there was immense enthusiasm, but also a unanimous request: the entire process had to be automated.
At that time, we approached the State Nodal Agency with a simple proposition—policy intent is powerful, but technology is what enables execution at scale. Within two months, we developed the first version of the digital platform, and the impact was immediate. The entire 125 MW capacity was booked within 90 days, and within three to four years, Gujarat was contributing to over 80% of India’s rooftop solar adoption.
What earlier took 30–40 days was reduced to seconds. By identifying process bottlenecks, eliminating them through digital workflows, and aligning closely with regulatory and implementation agencies, Gujarat emerged as one of the fastestgrowing solar markets in the country.
This model was later scaled to the national level.
During the first phase of the National Rooftop Solar Portal under the PM Surya Ghar programme, our platform enabled:
• 45–50 lakh applications,
• 10–12 lakh installations, and
• Growth of the vendor ecosystem from 4,000 to over 20,000 installers nationwide.
While policies are framed with the right intent, their success depends on how well they are implemented on the ground. What AHAsolar brings is implementation intelligence—the ability to translate regulatory frameworks into simple, stakeholder-friendly digital journeys that work for government officials, EPCs, installers, and consumers alike.
Over the years, we have worked extensively with governments to digitise the public side of solar adoption. In Gujarat, for example, we upgraded the solar portal into a unified Renewable Energy Portal, integrating solar, wind, hybrid, and rooftop registrations on a single platform.
At the national level, following the launch of the PM Surya Ghar: Muft Bijli Yojana, AHAsolar worked with the Ministry to build the first phase of the National Portal that now anchors India’s rooftop solar programme. The results are visible at scale:
• Monthly installations have increased from 8,000–10,000 to nearly 1 lakh per month in just 24 months.
• Project execution timelines that once stretched to 180 days have now reduced to as little as 7 days in several states.
These outcomes demonstrate how a well-defined process, backed by a streamlined digital platform, can transform the entire ecosystem. By increasing transparency, improving efficiency, and accelerating approvals and execution, our platforms have directly enhanced cash flow cycles and business scalability for EPCs, manufacturers, and channel partners—ultimately driving faster and more sustainable solar adoption across India.
We have replicated this success across multiple states including Gujarat, Goa, Jammu & Kashmir, and Delhi, where adoption has increased significantly after platform deployment. Beyond policy compliance, we focus on simplifying complexity, ensuring that even a district- or village-level installer can participate confidently in the ecosystem.
As we move forward, you will see many more platforms and success stories emerging. At AHAsolar, we remain deeply committed to using digital infrastructure as a catalyst for scalable, transparent, and inclusive solar adoption across India.
Data and technology are critical to scaling distributed solar. How does AHAsolar use data analytics, automation, or AI to support better decision-making for solar stakeholders?
Distributed solar, by its very nature, is spread across thousands of small assets. Managing these assets—during construction, commissioning, and post-installation—can quickly become complex and resource-intensive for EPC companies, government agencies, and OEMs. This is precisely where a technology-driven digital backbone becomes essential.
At AHAsolar, technology serves as the foundation for all our platforms. For government and institutional rooftop programmes, we deploy structured, tagged datasets across every stage of the project lifecycle. This data is continuously analysed to generate actionable insights that support better policy rollout, faster approvals, and targeted interventions. Across multiple state
portals and the national platform, data analytics has helped identify operational bottlenecks early— once these are addressed, adoption rates increase significantly.
The same approach applies to our EPCfocused platforms. By digitising workflows and consolidating project data, EPCs gain visibility into process inefficiencies, error patterns, and repetitive activities. In many cases, simply identifying a recurring documentation or approval error through trend analysis has helped reduce repeated mandays and avoidable rework, directly improving productivity and margins.
One of the biggest constraints in scaling distributed solar in India has been the difficulty of managing field teams, back-office operations, documentation, and multi-location projects without a digital system. This is why only a handful of EPCs—out of nearly 25,000 installers nationwide—have been able to scale to national operations, largely because they invested early in technology.
At AHAsolar, our mission is to democratise access to digital capability. We provide an open, scalable platform that allows Solar EPCs and installers— regardless of size—to manage their data effectively. Once data is structured, analytics naturally follows. Analytics leads to bottleneck removal, and bottleneck removal enables scale.
This data-led approach empowers all stakeholders—government agencies, solar installers, EPCs, and OEMs—to make informed decisions, operate efficiently, and scale sustainably. That is how AHAsolar uses technology not just as a tool, but as a strategic enabler for India’s distributed solar growth.
What challenges do installers, EPCs, or consumers still face in adopting digital solar platforms, and how is AHAsolar addressing these barriers?
One of the most common challenges in adopting digital solar platforms is not technology itself— it is behavioural change. For installers and EPCs, resistance often comes from both field teams and back-office staff who are accustomed to working with familiar tools such as Excel, WhatsApp, and basic office software. These tools are easy to use and work well for small teams, but they become
limiting as organisations grow, roles become specialised, and operations scale across multiple projects and locations.
Excel, in particular, is a double-edged sword. While it is an excellent starting point, it lacks the structure, version control, process automation, and accountability required for larger teams. As a result, what once enabled efficiency can later become a bottleneck.
At AHAsolar, we address this challenge in two ways.
First, we work closely with top management, because successful digital adoption must be driven from the leadership level. When leadership has a clear vision and confidence in technology, that belief naturally cascades across the organisation.
Second, we emphasise patience with focus during the transition phase. Any change—especially moving out of a long-standing comfort zone—is difficult. Resistance is natural, whether in EPC companies or even within government institutions. Our role is to support teams through this transition with structured onboarding, training, and continuous hand-holding.
We have seen this transformation repeatedly. In the early years, many EPCs questioned the need for a dedicated digital platform, believing Excel was sufficient. A few years later, after embracing structured digital workflows, the same teams began asking why a report took 5 seconds instead of 2 to generate. That shift in expectation reflects true digital maturity.
Once organisations cross this transition phase, the benefits become self-evident—greater visibility, faster execution, better control, and the ability to scale confidently. Our focus at AHAsolar is not just to deploy platforms, but to enable people to use technology effectively, so that digital adoption becomes a long-term advantage rather than a short-term disruption.
As solar adoption grows across residential, C&I, and utility segments, how is AHAsolar evolving its offerings to serve a wider and more diverse set of stakeholders?
As solar adoption expands across residential, commercial & industrial (C&I), and utility-scale segments, AHAsolar has evolved both as a platform and as an organisation. While we began our journey by addressing the needs of the residential rooftop segment, our long-term vision has always been clear—to enable every stakeholder across the solar value chain to accelerate adoption through the right combination of technology, expertise, and ecosystem support.
Digital solutions remain a core enabler, but at AHAsolar we see technology as a foundation that amplifies domain knowledge and execution capability. Over the past decade, we have expanded from providing workflow tools for residential EPCs to delivering integrated solutions across C&I and utility-scale renewable energy projects.
In the utility and large-scale segment, our role extends far beyond software. We support projects across ground-mounted solar, floating solar, battery energy storage systems (BESS), and emerging areas such as green hydrogen. Here, our stakeholders include public sector undertakings and large private developers. Through our in-house technical teams, we provide design engineering, project management consultancy (PMC), site due diligence, and implementation support, enabling large organisations to transition reliably toward renewable energy.
We have had the opportunity to work with major PSUs such as HPCL, BPCL, and Coal India, as well as large private industrial players like ArcelorMittal, supporting their renewable energy strategies with a blend of technical expertise and digital process management.
At the same time, we recognised that small and mid-sized EPCs operating in residential and C&I segments face different challenges, particularly around procurement and financing. To address this, we built a dedicated supply-chain arm—RTC Energy—which aggregates demand, negotiates competitive pricing with manufacturers, and enables finance-backed procurement through partnerships with financial institutions. This allows smaller players to compete effectively, reduce costs, and pass on the benefits to end consumers.
Across all these offerings—digital platforms, technical consulting, supply-chain aggregation, and now even development of our own renewable power projects—there is a single unifying objective:
To strengthen every link in the solar value chain so adoption becomes faster, more efficient, and more inclusive.
As we move forward, AHAsolar will continue to introduce innovative business and deployment models aligned with this vision. From digital solutions to technical services and energy development, our evolution reflects a deep commitment to building the infrastructure—both digital and physical—required to scale solar adoption across India
Looking ahead to 2026, what are AHAsolar’s strategic priorities in terms of product innovation, market expansion, and contribution to India’s renewable energy goals?
The year 2026 is a defining milestone for AHAsolar. The idea of AHAsolar was seeded in 2016, incorporated in 2017, and today—nearly nine years later—we stand at a point where the foundations we have built over the last decade are ready to scale into their next phase of impact.
From day one, AHAsolar has been driven by a single guiding principle: to continuously innovate solutions that make solar adoption easier, faster, and more scalable, while maintaining the highest standards of delivery. As both the distributed and utility-scale solar markets have grown multifold, we see 2026 as the year where experience, policy maturity, and technology converge.
Strategically, our focus is on creating “phygital” solutions—a powerful blend of physical execution and digital intelligence. Backed by progressive policy decisions at both central and state levels, and the strong foundation laid by the PM Surya Ghar: Muft Bijli Yojana, we are actively developing new business models that expand participation across consumer segments and stakeholder groups.
One of the most important enablers in this journey will be digital energy monitoring, which we see as a core layer across future solar deployments. In parallel, Virtual Net Metering (VNM) is expected to play a transformative role in unlocking new consumer categories and innovative ownership and aggregation models. AHAsolar is strategically aligning its product roadmap and service offerings around VNM to ensure that installers, consumers, and governments can fully capitalise on this opportunity.
From a market expansion perspective, we already operate on a pan-India scale, from Jammu & Kashmir to Kerala, and from Gujarat to the NorthEast. In 2026, we will deepen our engagement in states where distributed solar adoption is accelerating, while continuing to support utilityscale renewable projects driven by PSUs and large power developers.
Beyond direct growth, AHAsolar’s contribution to India’s renewable energy journey has always been about ecosystem enablement. Through our digital platforms and technical consulting services, we have helped convert policy intent into on-ground execution—turning plans into operational reality and creating growth opportunities across the value chain.
As we move forward, we will continue building products and services that help the solar community unlock emerging opportunities—particularly around virtual net metering, large-scale renewable integration, and digital infrastructure. Our longterm vision remains firmly aligned with India’s energy-independence goals.
I wish the entire solar fraternity the very best as we collectively build the infrastructure India needs over the next five years. At AHAsolar, we remain committed to being the digital and technical backbone of this transformation, helping every stakeholder accelerate solar adoption with ease, confidence, and scale.
