# Intelligent Energy Infrastructure > Myto is an energy management system and intelligence layer that optimises solar, battery storage, load, grid and markets. Built for India's power system. Source: https://myto.energy/ Solar · Storage · EMS · AI Myto is the intelligence layer that continuously optimises energy assets across generation, storage, consumption, grid and market conditions. [Explore Energy Intelligence →](https://myto.energy/energy-intelligence) [Talk to Myto](https://myto.energy/contact) [How the system works ↓](#story) Generation ## A field of modules, each producing something slightly different. Utility-scale solar is not one number. It is thousands of small, drifting outputs — and the difference between them is where value quietly leaks away. Weather ## Then the sky changes. A front crosses the array. Output falls in minutes, across some rows and not others. Nothing about the contract, the load or the grid changes with it. Forecast ## The system saw it coming. Myto forecasts the drop before it arrives — and states how confident it is. That confidence is what makes the next decision possible. Routing ## Thousands of routes. One is worth taking. Every interval, the energy in this system could go many ways. Myto evaluates them against generation, demand, state of charge, grid limits and price — and commits to one. Storage ## Storage takes the shortfall. Charge held back earlier is released now, because it is worth more here than it was at noon — and because the cycle was priced before it was spent. Dispatch ## Energy is delivered inside the limit. Evacuation capacity, contracted volume and ramp constraints are not checked afterwards. They shape the plan before the first megawatt moves. Demand ## The works never notices. On the other side of the meter, production runs as planned through the evening peak — the expensive hours absorbed by a decision made six hours earlier. Market ## Price moves. So does the plan. One interval is suddenly worth several. The physical system has not changed — what it should do has. A fixed schedule ## The same hardware, run to a plan made in advance. Generation arrives whether the system wants it or not. Storage sits near empty because nothing asked it to charge. The expensive interval passes uncaptured, and the surplus is simply lost on the way in. **Generation curtailed** 6.1 MWh **Storage throughput** 0.4 cycles **Peak interval** not captured Simulated scenario · not a deployment result Same assets. The same system, deciding ## Nothing was built, bought or replaced. Forecast, optimisation, dispatch and market awareness enter the loop. Storage fills before the expensive hours instead of after them, the line carries what it can, and the interval that was worth several is the one the system acts on. **Generation curtailed** 0.4 MWh **Storage throughput** 1.1 cycles **Peak interval** captured Same plant, same storage, same line · simulated scenario Different result. The difference is not in the assets. It is in what decided for them. **Prev** 1/12 **Next** Energy is abundant. Intelligence is the multiplier. Building capacity was the first problem. Operating it well, hour by hour, against forecast, constraint and price, is the one the next decade turns on. What follows is how. From data to decision ## Every interval, the same six steps. Monitoring stops at the first two. Control adds the fifth. Myto runs the whole loop and keeps a record of why each action was taken. ### Sense Inverters, BMS, PCS, meters and chargers read at the edge every second, over standard industrial protocols. ### Understand Raw points become one model of the site: state of charge, headroom, load, limits, alarms. ### Predict Load, generation and price over the next blocks, with backtesting before a model is trusted. ### Optimise A schedule that respects the envelope and prices each battery cycle before spending it. ### Act Setpoints issued by the edge controller. Shadow mode by default; live control is armed explicitly and audited. ### Learn Planned versus actual, block by block. Forecast models are promoted or rolled back on measured accuracy. Monitoring SenseReport Tells you what happened. The decision is still made by a person, later, usually on a spreadsheet. EMS SenseControlProtect Keeps the site inside its limits in real time. Reliable, but it follows rules set in advance and knows nothing about price or forecast. Myto Intelligence SenseUnderstandPredictOptimiseActLearn An EMS at the edge, with forecasting, optimisation and market awareness above it. Real-time control plus a view of what the next few hours are worth. One intelligence layer ## Solar, storage, grid, load, generators and EV. One decision. Optimising each asset on its own gives answers that look right locally and cost money overall. Myto models the site as one system and decides for all of it at once. Generator control is by design: diesel sets are part of the site model today, and dispatch is scoped with each project. Where intelligence sits ## BMS, SCADA, EMS and AI are not the same thing. Vendors often bundle them and call the result an EMS. They answer different questions, and a site needs all four. BMS ### Protects the battery. Cell voltages, temperatures, balancing and trips. It keeps the pack safe. It does not decide when the pack should work. Your battery vendor SCADA ### Sees and records the plant. Telemetry, alarms and operator commands. It shows what is happening and lets a person act on it. Often existing on site EMS ### Controls the site in real time. Setpoints every second: export limits, peak shaving, charging windows, plant envelope. Keeps the whole site inside its limits. Myto · available Intelligence ### Decides what should happen next. Forecast, price, degradation and schedule weighed together to choose the next action and record why. Myto · by design [See every layer, from cell to market →](https://myto.energy/energy-intelligence#layers) Solutions ## One platform, pointed at the asset you run. Each solution uses the same model of the site, the same edge controller and the same decision record. [ ### Energy Management System Edge control on a one-second cycle, with safe local fallback when the cloud link drops. ](https://myto.energy/ems) [ ### Solar Intelligence Self-consumption, export limits and curtailment-aware storage, with or without batteries. ](https://myto.energy/solar-intelligence) [ ### BESS Intelligence Monitor, understand, predict, optimise and protect. Every cycle priced before it is spent. ](https://myto.energy/bess-intelligence) [ ### Power Intelligence IEX prices, 96-block scheduling and DSM exposure, built around India's market structure. ](https://myto.energy/power-intelligence) [ ### Microgrids Campus and site microgrids coordinated as one system behind a single connection. ](https://myto.energy/solutions#microgrids) [ ### EV Energy Charging shifted toward solar surplus and away from the intervals that set the bill. ](https://myto.energy/solutions#ev) Real-time operations ## One day on one site, drawn as a single line. Power runs in the direction of the dashes, and their speed follows the MW. Drag the slider to move through the 96 fifteen-minute blocks of the day. A conceptual single-line diagram of solar, storage, grid, load and EV charging on one site bus, controlled by the Myto EMS. Simulated values · illustrative C&I site: 10 MWp solar, 4 MW / 16 MWh storage, 3 MW export limit · conceptual diagram, not a live dashboard How it decides ## What should the system do now? Every interval admits many actions and almost all of them are worse. Myto scores them against generation, demand, state of charge, grid headroom and price, commits to one, and records what drove it. A lattice of admissible dispatch routes, with the selected route illuminated as conditions change. Conditions Generation Demand State of charge Grid headroom Price Actions considered - Export solar - Charge storage - Discharge storage - Curtail solar - Shift load - Hold reserve - Wait Committed action Export solar Because - Generation above forecast band Simulated conditions on an illustrative system. The policy shown is a simplified version of the trade-off the optimiser makes. It is not a deployment record. Decision trace - 10:42Generation forecast revised down for the next two blocks - 10:43Export constraint detected at the grid interface - 10:44Storage opportunity recalculated against expected price and cycle cost - 10:45Schedule proposed: charge 5.2 MW, hold 8.4 MW in reserve - 10:45Setpoint passed through the dispatch gate to the edge controller - 10:47Response recorded: actual compared against the plan Every control action is written to an audit log with who or what issued it. An operator who cannot see why an action was taken will eventually override it, and should. Illustrative trace. India's power system ## Global energy intelligence. Engineered for India's power system. Fifteen-minute blocks, state-by-state tariffs, deviation settlement, open access and an exchange with four day-ahead and real-time segments. Myto models them as part of the site, not as an add-on. - IEX DAM, RTM, GDAM and HP-DAM prices read in from published market data - Schedules built on the 96-block IST day that SLDC, RLDC and NLDC work to - Scheduled versus actual, with DSM exposure estimated at your configured rate - IEC 60870-5-104 outstation for SLDC-style telemetry Myto reads published exchange data. It does not submit bids to any exchange today. [Explore grid intelligence →](https://myto.energy/power-intelligence) A globe with India as the origin point and connections extending to the Middle East, Southeast Asia, Europe, Australia, Africa and the Americas. Energy has a financial layer ## From megawatts to megavalue. The same megawatt-hour is worth different amounts at different times. The outcomes below are what Myto is designed to create. We publish numbers only once they are measured on a real deployment. ### Lower energy cost Peak intervals covered before they set the demand charge, and tariff windows planned rather than reviewed on the bill. ### More from every cycle Storage cycled when the spread beats the cost of degradation, and held when it does not. ### Less energy lost Solar that would be curtailed at the export limit is stored for later use instead. ### Schedules you can keep Block-level planned versus actual, so deviation is visible while it can still be corrected. ### Stacked value Arbitrage, peak management, firming and reserve compared against each other rather than fixed as modes. Applicable based on project, market and regulatory conditions. ### Decisions you can audit Every control action logged with its source, so lenders, offtakers and operators can see how the asset is run. These describe intent, not measured performance. Where we show numbers on this site they are labelled simulated or illustrative. Platform ## Your hardware. Our intelligence. Myto does not make batteries, inverters or meters. It connects to the ones you have, models them as one system, and runs at the edge with the cloud above it. - Vendor-neutral - 1-second edge cycle - Local fallback offline - Shadow mode by default - Audited control - Role-based access - Multi-site fleet - Self-hosted or cloud - Made in India [Explore the platform →](https://myto.energy/platform) [Supported protocols →](https://myto.energy/platform#integrations) Configurations ## Start from what is on site. The same platform covers each of these. What changes is which decisions matter most. SolarGrid ### Solar on a constrained connection Self-consumption first, export held inside the limit, curtailment made visible. Available SolarBESSGrid ### Solar with storage Surplus stored instead of curtailed, released into the evening peak, each cycle priced. Available BESSGrid ### Standalone storage Tariff and price-driven scheduling with degradation cost, reviewed in shadow mode first. By design SolarBESSEV ### Solar, storage and charging Charging steered toward solar surplus and away from the intervals that set the bill. By design SolarBESSDG ### Hybrid with generators Generator starts coordinated with storage and solar to cut running hours. By design Many sitesOne view ### Portfolio across sites Multiple edge controllers in one fleet view with shared alarms and reporting. Available [See industries and use cases →](https://myto.energy/industries) Proof, not promises ## Judge it on your own data. We do not publish customers, capacities or savings until they are confirmed and measured. What we can show you today: - Technology and capability demonstrations of the edge controller, protocols and dispatch gate on simulated equipment - A shadow-mode evaluation: the optimiser runs against your historical load, generation and tariff, and we compare its schedule with what actually happened - Case studies, published only with measured results and the measurement method stated [How we document a deployment →](https://myto.energy/projects) Insights [ ### The value of a cycle Read →](https://myto.energy/insights/value-of-a-cycle) [ ### A forecast is not a number Read →](https://myto.energy/insights/forecast-is-a-decision) [ ### Flexibility is the asset Read →](https://myto.energy/insights/flexibility-is-the-asset) What could Myto optimise? ## Make Your Energy Intelligent. Tell us what you operate: the assets, the constraint that binds, and what you are optimising for. The two-minute assessment shows where the decisions are. It does not estimate savings. [Assess My Energy System →](https://myto.energy/assessment) [Talk to Myto](https://myto.energy/contact)