Global 
United States 
Renewable Energy Solutions
With our expertise in design, development, implementation, system integration, and ongoing support across the energy sector, KritiKal Solutions can be your dependable partner for renewable energy services. We can drive your transition by delivering reliable, compliant, and futuristic green energy solutions that increase your ROI and ensure a sustainable tomorrow. We value your expectations, success, and to achieve the same and beyond, we develop tailored, tangible offerings that can bring the most out of renewable energy.
We provide hardware and software system-level architecture definition, RTOS-based firmware, interface design for photovoltaic systems, grid battery, microgrid controllers, EV chargers, battery management system, integration of sensors for temperature, voltage, and current, cloud dashboards, OTA updates, fault analytics, mobile, and web applications for renewable energy systems.
Holistic Renewable Energy Solutions Integrated for Impact
Energy & Emissions Intelligence Platform
A utility and lease management platform powered by Gen AI agents that automatically captures and validates unstructured invoices against tariffs and contracts. This solution developed by our green energy company detects financial leakages like overbilling by landlords, municipalities, reduces operational costs, and saves the accounts payable team’s time. It adapts to workflows and accumulates proprietary domain intelligence as per portfolio over time autonomously.
Fuel Cell Analysis Software
AI-enabled tool that delivers XPS data analysis workflow, including upload, preprocessing, Keras-based peak detection, extraction, initialization, and curve fitting. It streamlines complexities in element identification, peak modeling, and spectral decomposition to ensure reproducibility and precision across datasets. The platform supports query system recipe saving, stage checkpoints, export, reanalysis, and dashboard reporting for scalability.
Smart Solar Tracker Platform
A comprehensive embedded control and remote tracking solution developed by our renewable energy company for solar-powered energy generation systems that enables panels to dynamically follow sun rays. It features predictive sun positioning, weather-adaptable adjustments, and fault diagnostics. The real-time motor control with sensor-based and algorithm-driven tracking that supports single and dual-axis configurations across deployments.
EV Charger Management & Load Forecast
An edge AI-powered EV charger module that operates at the charger or site controller level to ensure uninterrupted operation during network outages and support smart grid integration. It learns historical charging behavior, time-of-day demand, and grid constraints to forecast load using temporal CNN models. The system dynamically schedules charging sessions; balances power across multiple chargers and adapts charging rates through secure communication.
AI-Powered Intelligent Solar Panel Cleaning Robot
A fully autonomous robot for renewable energy solutions that performs navigation across solar panel rows with heavy embedded motion control and safety interlocks across harsh environments. It features remote monitoring of cleaning coverage, robot health diagnostics, and optimizes cleaning cycles as per schedules and plant conditions. IP-rated hardware, firmware, and sensor fusion allow precise perception for obstacle, edge handling, and docking alignment.
Smart Solar Inverter Control Platform
We develops an MPPT-based solar inverter along with a complete embedded control firmware stack featuring protection logic and a communication interface. The modular firmware solution supports grid following, OTA updates, interactive behavior, built-in diagnostics, fault log for low MTTR, and derating mechanisms for uptime and serviceability. It features configurable control parameters, customized across inverter ratings, geographies, and system integration.
Smart Energy Optimizers & Conservation
Smart cloud-based green energy solutions for metering, monitoring, and reporting water flow, pressure, temperature, humidity, motion, energy consumption, and air quality using predictive analytics, maintenance, remote operation, and multi-sensors, and mobile dashboards. AI and Gen AI-powered adaptive control and switching of fans, ACs, air purifiers and compressors, appliances, pumps, cooling towers, AHUs, VFDs, utilities, buildings, chiller plants, and HVAC.
Solar Fleet Management
An end-to-end, scalable, secure, adaptable, and RBAC-based remote monitoring platform that connects solar inverter fleets to a centralized cloud dashboard. It aggregates real-time and historical IoT data to provide plant and fleet-level visibility into inverter health across geographically distributed solar plants. Intelligent analytics identify abnormal behavior, frequent trips, recurring faults, underperforming assets, and alert and report to reduce MTTR.
Solar Smart Inverter
We designed and developed one of the most notable renewable energy solutions that is a smart solar inverter system with an intuitive GUI that intelligently harnesses and manages solar power generation, battery charging, and grid interaction. It logs data and automatically switches between solar, battery, and utility power to optimize energy used and ensure backup during power outages. It uses ARM Cortex system, load control unit, ethernet, and Wi-Fi peripheral.
Why Choose Us?
KritiKal as your Embedded Partner
- Power electronics with state machines & protection logic.
- DSP & MCU-based control firmware development.
- Safety-critical embedded design practices.
- Real-time control using PWM, ADC, DMA, and timers.
- Vendor-neutral tech decisions & full redesign journey.
- Long-term IP creation & roadmap ownership.
Comprehensive Lifecycle
- Subject matter expertise across green energy solutions.
- Energy arbitrage & demand charge management.
- Industry standards & regulatory compliance.
- Renewable energy integration feasibility.
- Seamless full-cycle project management.
- RE generation, distribution, transmission & conservation.
FAQs
Renewable energy solutions are systems that generate power from natural resources, such as water, wind, sunlight, and geothermal heat. These technologies produce energy that can replenish faster than their consumption rate, thus providing decarbonized alternatives to fuels and lower emissions of greenhouse gases.
Some of the key challenges faced by a green energy company to develop solutions to harvest natural resources are high investments, limited grid-scale storage, intermittent power generation, land requirements, and availability of critical minerals. Better battery advancements, supply chains, cost-effective modernization of grid technologies, and sustainable recycling can lead to favoring their adoption.
The cost range for implementing solutions by a renewable energy solutions company varies depending on the location of deployment, technology requirements, and scale. The initial investment can be significant, whereas the maintenance and operational expenses can be considerably low, thus making these solutions cost-effective over their lifetime.
The overall time required to build green energy solutions is directly dependent on the size of the product or solution and the project type. Smaller product development and installation would require a few months; on the other hand, large-scale projects can extend from several months to years.
